Enzymes and regulatory proteins in tryptamine metabolism

ABSTRACT

Provided are non-naturally occurring nucleic acids comprising a sequence encoding an enzyme or regulatory protein in tryptamine metabolism. Also provided are a recombinant microorganisms expressing the enzyme or regulatory protein. Methods of expressing the enzyme or regulatory protein are additionally provided.

CROSS REFERENCE TO RELATED APPLICATION

This application is a 371 National Stage entry of PCT Application Serial No. PCT/US21/36031, filed Jun. 4, 2021, which claims the benefit of U.S. Provisional Application No. 63/035,692, filed Jun. 6, 2020, and incorporated by reference herein in its entirety.

INCORPORATION-BY-REFERENCE OF MATERIAL SUBMITTED ON A COMPACT DISC

The Sequence Listing, which is a part of the present disclosure, includes a computer readable form and a written sequence listing comprising nucleotide and/or amino acid sequences of the present invention. The sequence listing information recorded in computer readable form is identical to the written sequence listing. The subject matter of the Sequence Listing is incorporated herein by reference in its entirety.

BACKGROUND OF THE INVENTION Field of the Invention

The present invention generally relates to the production of substituted indoles, e.g. N-methyl-L-tryptophan (NMTP), N,N-dimethyl-L-tryptophan (DMTP), and N,N,N-trimethyl-L-tryptophan (TMTP), and related tryptamines, e.g. N-methyltryptamine (NMT), N,N-dimethyltryptamine (DMT), and N,N,N-trimethyltryptamine (TMT), in a modified heterologous microorganism.

Description of the Related Art

Mental health problems, which may also be referred to as mental illness or psychiatric disorder, are behavioral or mental patterns which impair the functioning of individuals across the world. Such mental health disorders include: personality disorders, anxiety disorders, major depressions, and various addictions. Indolic and tryptamine-based compounds similar in structure to the endogenous neurotransmitter serotonin have been increasingly evaluated for treating mental health problems. In contrast to anxiolytic medicines, usage of substituted indoles and methylated tryptamines, such as N,N-dimethyltryptamine does not lead to physical dependence.

The chemical synthesis of hydroxy, methoxy, phosphorylated, prenylated, and halogenated substituted tryptamines and indoles typically involve tedious techniques of organic chemistry. Often, reproducibility is elusive and the solvents used during the syntheses of substituted tryptamines are environmentally toxic. Decarboxylations and selective methylations can be difficult to obtain via the techniques of organic chemistry. Further, the yields and purity of the intermediates for obtaining the target molecules can be low, where, for example, the starting molecule is L-tryptophan and the target molecule is N,N-dimethyltryptophan (DMTP), bufotenine, 5-MeO-dimethyltryptamine (5-MeO-DMT), 7-dimethylallyltryptophan, psilocybin, aeruginascin, among others.

The present invention provides for producing substituted tryptamines and indoles in recombinant microorganisms, providing for a more environmentally benign and higher yielding processes for production of those compounds.

BRIEF SUMMARY OF THE INVENTION

In some embodiments, provided is a non-naturally occurring nucleic acid comprising a sequence encoding an enzyme or regulatory protein in tryptamine metabolism, where the enzyme or regulatory protein is an N-methyltransferase (INMT, PsiM, TrpM), a tryptophan decarboxylase (AADC), a tryptophan hydroxylase (TPH), a tryptamine 4′ hydroxylase (T4H), a tryptamine 5′ hydroxylase (T5H), a truncated cytochrome p450 reductase (T4H-CPR, T5H-CPR), an hydroxytryptamine O-methyltransferase (IOMT or CaffOMT), an N-acetyltransferase (NAT), a deacetylase (DAC), a hydroxyl tryptamine kinase (PsiK), a tryptophan synthase (TrpS), a toluene monooxygenase (TMO), an aminotransferase/methyltransferase fusion (ATMT), a phosphatase, an oxidase, a dimethylallyltryptophan synthase (DMAT), an isopentenyl-diphosphate isomerase (IDII), a tryptophan halogenase (TrpHalo), an aspartate oxidase/quinolinic acid synthase fusion (AOQS), a tryptophan importer (TAT2), a methionine importer (MUP1), or a SAMe importer (SAM3).

Also provided is an expression cassette comprising any of the above nucleic acids with a promoter functional in a recombinant microorganism.

Additionally provided is a recombinant microorganism comprising the above expression cassette, that expresses the enzyme or regulatory protein encoded therein.

Further provided is a non-naturally occurring enzyme or regulatory protein comprising an amino acid sequence encoded by any of the above-identified nucleic acids.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

FIG. 1 depicts the chemical structures of tryptophan and tryptamine, including various modifications which are performed by the enzymes disclosed within.

FIG. 2 depicts various substituted indole compounds in the tryptamine and tryptophan pathways utilized in the present invention. Panel A depicts the indole ring structure with positional numbering, and tryptophan and tryptamine. Panel B depicts examples of hydroxy modified tryptophan and tryptamine. Panel C depicts the 5-hydroxy indole ring structure with positional numbering, and examples of modified 5-hydroxy tryptamines. Panel D depicts the 4-hydroxy indole ring structure with positional numbering, and examples of modified 4-hydroxy tryptamines.

FIG. 3 depicts biosynthetic pathways utilized herein. Panel A depicts the biosynthetic pathways to tryptophan and genetic manipulations to increase tryptophan flux toward modified indoles and tryptamines. Panel B depicts the biosynthetic pathways to the methyl donor, SAMe and genetic manipulations to increase SAMe flux toward modified indoles and tryptamines.

FIG. 4 depicts enzymatic reactions utilized herein. Panel A depicts SAMe usage by INMT for methyltransferase activity. Panel B depicts BH4 usage by TPH for hydroxylase activity. Panel C depicts SAMe usage by INMT for methyltransferase activity on hydroxy tryptamine. Panel D depicts SAMe usage by IOMT (or CaffOMT) for methyltransferase activity. Panel E depicts NAD(P)H usage by T5H for hydroxylase activity. Panel F depicts acetyl-CoA usage by NAT for acetylation activity.

FIG. 5 depicts routes of modification of tryptamine by combinatorial usage of INMT, T5H, and IOMT enzymes.

FIG. 6 depicts routes of modification of tryptophan by combinatorial usage of TrpM, TPH, and IOMT enzymes (Panel A) and example branch points where modified tryptophan becomes modified tryptamine via use of the AADC enzyme (Panel B).

FIG. 7 depicts (A) routes of modification of serotonin by combinatorial usage of INMT and IOMT enzymes; (B) conversion of 5-HTP to serotonin by the AADC enzyme; (C) conversion of serotonin to N-acetylserotonin by the NAT enzyme, and N-acetylserotonin conversion to melatonin via the IOMT enzyme; (D) conversion of serotonin to 5-MT by the IOMT enzyme, and 5-MT conversion to melatonin via the NAT enzyme; and (E) conversion of melatonin to 5-MeO-tryptamine by the DAC enzyme, and subsequent N-methylation by INMT to generate compounds such as 5-MeO-DMT.

FIG. 8 depicts (A) halogenation of tryptophan and tryptamine on the indole ring by the TrpHalo enzyme; (B) example route to halogenated DMT via combinatorial use of TrpHalo, AADC, and INMT enzymes; (C) prenylation of tryptophan and tryptamine on the indole ring by the DMAT-IDI1 fusion enzyme; and (D) example route to prenylated DMT via combinatorial use of DMAT-IDI1, AADC, and INMT enzymes.

FIG. 9 depicts (A) a modified host organism expressing gene combinations with TPH, AADC, and TrpM enzymes to convert tryptophan into various hydroxy tryptamines; (B) a modified host organism expressing gene combinations with TPH, AADC, TrpM, and IOMT enzymes to convert tryptophan into various methoxy tryptamines; (C) a modified host organism expressing gene combinations with AADC, T5H, and INMT enzymes to convert tryptophan into various hydroxy tryptamines; and (D) a modified host organism expressing gene combinations with AADC, T5H, INMT, and IOMT enzymes to convert tryptophan into various methoxy tryptamines.

FIG. 10 depicts (A) a modified host organism which can generate various hydroxy tryptamines through bioconversion of serotonin provided exogenously or generated within the host organism; and (B) a modified host organism which can generate various methoxy tryptamines through bioconversion of melatonin provided exogenously or generated within the host organism.

FIG. 11 depicts (A) a scaffolded biosynthesis pathway of colocalized AADC, T5H-CPR fusion, IOMT, and NAT enzymes for conversion of tryptophan to melatonin; and (B) a modified host organism expressing the biosynthesis pathway from FIG. 11A to convert tryptophan to melatonin and related products.

FIG. 12 depicts (A) a scaffolded biosynthesis pathway of colocalized AADC, T4H-CPR fusion, PsiK, and PsiM enzymes for conversion of tryptophan to psilocybin related products; and (B) a modified host organism expressing the biosynthesis pathway from FIG. 12A to convert tryptophan to psilocybin and related products.

FIG. 13 depicts (A) example routes to halogenated, prenylated, and N-methylated alpha-methyl-tryptamine (AMT); and (B) a modified host organism expressing gene combinations to modify exogenously provided AMT to generate alpha-methylated-tryptamine variants.

FIG. 14 depicts (A) a heterologous tryptophan synthase (TrpS) route to combine synthetically modified indole with serine or threonine to generate indole modified tryptophan or indole modified beta-methyl tryptophan; and (B) a host organism expressing gene combinations to generate variants of indole modified tryptophan or indole modified beta-methyl tryptophan.

FIG. 15 depicts (A) the ATMT fusion enzyme converted tryptophan to beta-methyl tryptophan; and (B) a host organism expressing the ATMT fusion enzyme with gene combinations to generate beta-methyl tryptophan variants.

FIG. 16 depicts (A) the conversion of phosphorylated tryptamines to the corresponding hydroxy tryptamines by dephosphorylation; and (B) the oxidation of example hydroxy tryptamines which can catalyze polymerization.

FIG. 17 depicts HPLC chromatograms and UV-vis spectral matching of fermentation derived tryptamine via expression of the AADC enzyme.

FIG. 18 depicts HPLC chromatograms of fermentation derived methylated tryptamine via expression of the TrpM enzyme.

FIG. 19 depicts HPLC chromatograms of fermentation derived 4-OH tryptamine with improvements in yield via an optimal T4H-CPR fusion.

FIG. 20 depicts HPLC chromatograms of fermentation derived 5-OH-NMT via bioconversion of exogenous serotonin.

FIG. 21 depicts (A) a biosynthetic route to serotonin and 5-OH-NMT with a T5H enzyme or with a T5H-CPR fusion enzyme; and HPLC chromatograms of fermentation derived serotonin and 5-OH-NMT with improvements in yield via an optimal T5H-CPR fusion.

FIG. 22 depicts HPLC chromatograms of fermentation derived serotonin and melatonin.

FIG. 23 depicts HPLC chromatograms of fermentation derived 5-OH NMT and bufotenine.

FIG. 24 depicts HPLC chromatograms of fermentation derived psilocybin.

FIG. 25 depicts a synthetic route to methylate various tryptamines.

FIG. 26 depicts HPLC chromatograms and UV-vis spectral matching of fermentation derived DMT.

DETAILED DESCRIPTION OF THE INVENTION Abbreviations and Definitions

To facilitate understanding of the invention, a number of terms and abbreviations as used herein are defined below as follows:

Conservative amino acid substitutions: As used herein, when referring to mutations in a protein, “conservative amino acid substitutions” are those in which at least one amino acid of the polypeptide encoded by the nucleic acid sequence is substituted with another amino acid having similar characteristics. Examples of conservative amino acid substitutions are ser for ala, thr, or cys; lys for arg; gln for asn, his, or lys; his for asn; glu for asp or lys; asn for his or gln; asp for glu; pro for gly; leu for ile, phe, met, or val; val for ile or leu; ile for leu, met, or val; arg for lys; met for phe; tyr for phe or trp; thr for ser; trp for tyr; and phe for tyr.

Functional variant: The term “functional variant,” as used herein, refers to a recombinant enzyme such as an INMTenzyme that comprises a nucleotide and/or amino acid sequence that is altered by one or more nucleotides and/or amino acids compared to the nucleotide and/or amino acid sequences of the parent protein and that is still capable of performing an enzymatic function (e.g., synthesis of DMT) of the parent enzyme. In other words, the modifications in the amino acid and/or nucleotide sequence of the parent enzyme may cause desirable changes in reaction parameters without altering fundamental enzymatic function encoded by the nucleotide sequence or containing the amino acid sequence. The functional variant may have conservative change including nucleotide and amino acid substitutions, additions and deletions. These modifications can be introduced by standard techniques known in the art, such as site-directed mutagenesis and random PCR-mediated mutagenesis, and may comprise natural as well as non-natural nucleotides and amino acids. Also envisioned is the use of amino acid analogs, e.g. amino acids not DNA or RNA encoded in biological systems, and labels such as fluorescent dyes, radioactive elements, electron dense agents, or any other protein modification, now known or later discovered.

Recombinant nucleic acid and recombinant protein: As used herein, a recombinant nucleic acid or protein is a nucleic acid or protein produced by recombinant DNA technology, e.g., as described in Green and Sambrook (2012).

Polypeptide, protein, and peptide: The terms “polypeptide,” “protein,” and “peptide” are used herein interchangeably to refer to amino acid chains in which the amino acid residues are linked by peptide bonds or modified peptide bonds. The amino acid chains can be of any length of greater than two amino acids. Unless otherwise specified, the terms “polypeptide,” “protein,” and “peptide” also encompass various modified forms thereof. Such modified forms may be naturally occurring modified forms or chemically modified forms. Examples of modified forms include, but are not limited to, glycosylated forms, phosphorylated forms, myristoylated forms, palmitoylated forms, ribosylated forms, acetylated forms, and the like. Modifications also include intra-molecular crosslinking and covalent attachment of various moieties such as lipids, flavin, biotin, polyethylene glycol or derivatives thereof, and the like. In addition, modifications may also include protein cyclization, branching of the amino acid chain, and cross-linking of the protein. Further, amino acids other than the conventional twenty amino acids encoded by genes may also be included in a polypeptide.

The term “protein” or “polypeptide” may also encompass a “purified” polypeptide that is substantially separated from other polypeptides in a cell or organism in which the polypeptide naturally occurs (e.g., 30%, 40%, 50%, 60%, 70%, 80%, 90%, 95%, 96%, 97%, 98%, 99%, 100% free of contaminants).

Primer, probe and oligonucleotide: The terms “primer,” “probe,” and “oligonucleotide” may be used herein interchangeably to refer to a relatively short nucleic acid fragment or sequence. They can be DNA, RNA, or a hybrid thereof, or chemically modified analogs or derivatives thereof. Typically, they are single-stranded. However, they can also be double-stranded having two complementing strands that can be separated apart by denaturation. In certain aspects, they are of a length of from about 8 nucleotides to about 200 nucleotides. In other aspects, they are from about 12 nucleotides to about 100 nucleotides. In additional aspects, they are about 18 to about 50 nucleotides. They can be labeled with detectable markers or modified in any conventional manners for various molecular biological applications.

Vector: As used herein, the term “vector” refers to a nucleic acid molecule capable of transporting another nucleic acid to which it has been linked. One type of vector is an episome, i.e., a nucleic acid capable of extra-chromosomal replication. Various vectors are those capable of autonomous replication and/expression of nucleic acids to which they are linked. Vectors capable of directing the expression of genes to which they are operatively linked are referred to herein as “expression vectors.”

Linker: The term “linker” refers to a short amino acid sequence that separates multiple domains of a polypeptide. In some embodiments, the linker prohibits energetically or structurally unfavorable interactions between the discrete domains.

Codon optimized: As used herein, a recombinant gene is “codon optimized” when its nucleotide sequence is modified to accommodate codon bias of the host organism to improve gene expression and increase translational efficiency of the gene.

Expression cassette: As used herein, an “expression cassette” is a nucleic acid that comprises a gene and a regulatory sequence operatively coupled to the gene such that the promoter drives the expression of the gene in a cell. An example is a gene for an enzyme with a promoter functional in yeast, where the promoter is situated such that the promoter drives the expression of the enzyme in a yeast cell.

Compounds and abbreviations in use of or contained within systems and methods herein are provided in Table 1.

TABLE 1 Compounds tryptamine L-tryptophan L-methionine bufotenin 4-hydroxy-tryptamine norbaeocystin norpsilocin baeocystin psilocybin psilocin aeruginascin NMT = N-methyltryptamine DMT = N,N-dimethyltryptamine TMT = N,N,N-trimethyltryptamine NMTP = N-methyltryptophan or L-Abrine DMTP = N,N-dimethyltryptophan TMTP = N,N,N-trimethyltryptophan or Hypaphorine or Lenticin 5-HTP = 5-hydroxytryptophan SAMe = S-Adenosyl-L-methionine SAH = S-Adenosyl-L-homocysteine DMC = dimethylcarbonate DMAPP = dimethylallyl diphosphate DMSO = dimethyl sulfoxide 5-HT = 5-hydroxytryptamine or Serotonin NAS = N-acetylserotonin or Normelatonin NA-MeO-T = N-acetyl-5-methoxy-tryptamine or Melatonin 5-MT = 5-methoxy-tryptamine or Mexamine 5-MeO-NMT = 5-methoxy-N-methytryptamine 5-MeO-DMT = 5-methoxy-N,N-Dimethyltryptamine 5-MeO-TMT = 5-methoxy-N,N,N-trimethyltryptamine 5-HO-NMT = 5-hydroxy-methyltryptamine 5-HO-DMT = 5-hydroxy-dimethyltryptamine or Bufotenine 5-HO-TMT = 5-hydroxy-trimethyltryptamine or Bufotenidine NMT = N-methyltryptamine DMT = N,N-dimethyltryptamine TMT = N,N,N-trimethyltryptamine NMTP = N-methyltryptophan or L-abrine DMTP = N,N-dimethyltryptophan TMTP = N,N,N-trimethyltryptophan or Hypaphorine or Lenticin 5-HO-NMTP = 5-hydroxy-methyltryptophan 5-HO-DMTP = 5-hydroxy-dimethyltryptophan 5-HO-TMTP = 5-hydroxy-methyltryptophan 5-MeO-NMTP = 5-methoxy-methyltryptophan 5-MeO-DMTP = 5-methoxy-dimethyltryptophan 5-MeO-TMTP = 5-methoxy-methyltryptophan BH4 = Tetrahydrobiopterin BH2 = Dihydrobiopterin NADPH = Reduced nicotinamide adenine dinucleotide phosphate NADP+ = Nicotinamide adenine dinucleotide phosphate Acetyl-CoA = Acetyl coenzyme A β-Methyltryptophan (β-mTrp) N-acetyl-4-hydroxy-tryptamine N-acetyl-psilocybin N-acetyl-psilocin

Enzymes and regulatory proteins, and abbreviations, in use of or contained within systems and methods herein are provided in Table 2.

TABLE 2 Enzymes and Regulatory Proteins INMT = Indolethylamine-N-methyltransferase; tryptamine N-methyltransferase IOMT = indole-O-methyltransferase; hydroxytryptamine O-methyltransferase CaffOMT = caffeic acid-O-methyltransferase T5H = tryptamine 5′ hydroxylase TrpM = tryptophan N-methyltransferase PsiM = psilocybin synthase AADC = Aromatic amino acid decarboxylase; tryptophan decarboxylase TPH = tryptophan hydroxylase T4H = tryptamine 4′ hydroxylase T4H-CPR, T5H-CPR = chimeras with cytochrome p450 reductase NAT = N-acetyltransferase DAC = deacetylase BH4syn = Tetrahydrobiopterin synthesis BH4reg = Tetrahydrobiopterin regeneration PsiK = hydroxy tryptamine kinase TrpS = tryptophan synthase TMO = toluene monooxygenase ATMT = aminotransferase/methyltransferase fusion oxidase = multi-copper oxidase DMATS = dimethylallyltryptophan synthase IDI1 = isopentenyl-diphosphate isomerase TrpHalo = tryptophan halogenase T5H-IOMT fusion polypeptide AOQS = aspartate oxidase/quinolinic acid synthase fusion TAT2 = tryptophan importer MUP1 = methionine importer SAM3 = SAMe importer FEX1 = fluoride exporter

The present invention is directed to biosynthetic production of molecules that are analogs of indoles, tryptophans, and tryptamines, which can also serve as precursors to larger tryptamine alkaloids, such as tryptamines and tryptophans modified by hydroxylation, halogenation, methylation, phosphorylation, prenylation, and halogenation in recombinant organisms.

FIG. 1 shows the chemical structures of tryptophan (top left) and tryptamine (top right), along with enzyme modifications at specific reaction sites of the tryptophan molecule. Tryptophan is the precursor to a wide array of complex natural products. The electron-rich indole of tryptophan is a weak base. These properties allow for enhanced reactivity as a substrate for numerous enzymes that perform but are not limited to the following activities: methylation, halogenation, prenylation, hydroxylation, isonitrile synthesis, nitration, O-phosphorylation, O-methylation, O-acetylation, N-acetylation, glycosylation, sulfation, cleavage, deamination, decarboxylation, and oligomerization of the molecule. This diverse array of indole intermediates provides a way to tune psychedelic effects. For example, 5-MeO-DMT is reported to be more potent than DMT in neural rodent studies (Lima da Cruz, Rafael Vitor, et al.).

FIG. 2 shows examples of various substituted indole compounds in the tryptamine and tryptophan pathways utilized in the present invention. Panel A depicts the indole ring structure with positional numbering, and tryptophan and tryptamine. Examples of 5-hydroxy modified tryptophan and tryptamine compounds are shown in Panel B; Panel C shows examples of modified 5-hydroxy tryptamines. Additionally, Panel D shows examples of modified 4-hydroxy tryptamines.

By engineering various enzymes and regulatory proteins into a microorganism, tryptophan, tryptamine and other substituted indoles can be modified into a large array of useful compounds, which can be harvested from cultures of the microorganisms.

As depicted in FIG. 3 , the de novo biosynthesis pathway of L-tryptophan and SAMe are utilized as directing molecules in the systems and methods herein. The directing molecules lead to target molecules of the substituted indoles and tryptamine pathways, when on-pathway. In the systems and methods herein, glycolysis leads to chorismate via the shikimate pathway; glutamate biosynthesis pathway leads to L-glutamine via L-glutamate; and L-serine biosynthesis pathway leads to L-serine via 3-phospho-L-serine (i.e., dephosphorylation). Chorismate, glutamine, and L-serine are combined to form L-tryptophan as a directing molecule to be steered on-pathway for yielding substituted indoles and tryptamine pathways. In the systems and methods herein, L-methionine is a direct precursor leading to SAMe, when combined with ATP in the presence of Sam2 and Adk1 enzymes. A conversion cycle for yielding SAMe as a directing molecule also involves the formation of S-adenyl-L-homocysteine; S-ribosyl-L-homocysteine; 4-5-dihydroxy-2,3-pentanedione; and homocysteine.

Nucleic Acids

Thus, in some embodiments, provided is a non-naturally occurring nucleic acid comprising a sequence encoding an enzyme or regulatory protein in tryptamine metabolism, where the enzyme or regulatory protein is an N-methyltransferase (INMT, PsiM, TrpM), a tryptophan decarboxylase (AADC), a tryptophan hydroxylase (TPH), a tryptamine 4′ hydroxylase (T4H), a tryptamine 5′ hydroxylase (T5H), a truncated cytochrome p450 reductase (T4H-CPR, T5H-CPR), an hydroxytryptamine O-methyltransferase (IOMT or CaffOMT), an N-acetyltransferase (NAT), a deacetylase (DAC), a hydroxyl tryptamine kinase (PsiK), a tryptophan synthase (TrpS), a toluene monooxygenase (TMO), an aminotransferase/methyltransferase fusion (ATMT), a phosphatase, an oxidase, a dimethylallyltryptophan synthase (DMAT or DMATS), an isopentenyl-diphosphate isomerase (IDI1), a tryptophan halogenase (TrpHalo), an aspartate oxidase/quinolinic acid synthase fusion (AOQS), a tryptophan importer (TAT2), a methionine importer (MUP1), or a SAMe importer (SAM3).

These enzymes and regulatory proteins are further characterized as follows.

Indolethylamine N-methyltransferase (INMT) catalyzes the alkylation (i.e., adding a methyl (CH₃) group) of the primary amine on a tryptamine substrate. The methylation reaction uses up the methyl donor cofactor, SAMe (see FIG. 4 , Panels A and C). As an example of INMT activity, INMT can act on serotonin to create 5-OH-DMT (bufotenine) or tryptamine to create DMT (FIG. 4 , Panels A and C; FIG. 10 , Panel A).

Indole-O-methyltransferase (IOMTor CaffOMT) catalyzes the alkylation of the primary amine on the 5-hydroxy moiety on an indole ring. The methylation reaction uses up the methyl donor cofactor, SAMe (FIG. 4 , Panel D). As an example of IOMT activity, IOMT can act on bufotenine (5-OH-DMT) to create 5-MeO-DMT, or N-acetylserotonin to create melatonin (FIG. 4 , Panel D).

Tryptamine 5′ hydroxylase (T5H) is a p450 tryptamine hydroxylase which prefers hydroxylation at the 5′ position of the indole ring, such as generating serotonin from tryptamine (FIG. 4 , Panel E), in conjunction with the cofactors NAD(P)H, FMN, and FAD+. P450s such as the T5Hs are generally membrane-associated, with the N-termini imparting an effect on the efficiency of the p450 enzymatic function, including a p450′s interaction with an associated CPR, which assists with electron transfer.

FIG. 5 shows a matrix of various compounds that can be made with INMT, IOMT and T5H.

Tryptophan methyltransferase (TrpM) catalyzes the alkylation of the primary amine of L-tryptophan to produce N-methyltryptophan (NMTP, also called L-abrine), the mono-methylated product; N,N-dimethyltryptophan (DMTP), the di-methylated product; and N,N,N-trimethyltryptophan (TMTP), the tri-methylated product. See FIG. 6 , Panel A.

Psilocybin synthase (PsiM) is an N-methyltransferase that prefers a substituted tryptamine, such as the phosphorylated tryptamine, norbaeocystin. Novel chimeric PsiMs, were generated to remove potentially deleterious regulatory regions of the enzymes by swapping PsiM domains with the related small rRNA methyltransferases from Ascomycota, the phylum of S. cerevisiae.

Aromatic amino acid decarboxylase or tryptophan decarboxylase (AADC) catalyzes the decarboxylation of an aliphatic carboxylic acid (i.e., releases carbon dioxide) from compounds such as L-tryptophan to create tryptamine, 5-HTP to create serotonin; 5-OH-DMTP to create bufotenine; and 5-MeO-DMTP to create 5-MeO-DMT, as depicted in FIG. 6 , Panel B.

Tryptophan hydroxylase (TPH), adds a hydroxy group to the 5-carbon of L-tryptophan. The L-tryptophan hydroxylase can catalyze the OH addition to the 5-carbon with the cofactor BH4 and oxygen (Biotechnol J. 2016 May;11(5):717-24) (FIG. 6 , Panel A). BH4 is synthesized and regenerated in the cell with the BH4syn and BH4reg heterologous enzymes described herein. The BH4syn genes are enzymes that function as a GTP hydroxylase I, a 6-pyruvoyl-tetrahydropterin synthase, and a sepiapterin reductase to generate the BH4 cofactor necessary for TPH enzyme function. The BH4reg genes are enzymes that function as a 4a-hydroxytetrahydropterin dehydratase and a 6-pyruvoyl-tetrahydropterin synthase to regenerate the BH4 cofactor after conversion to HTHB by the TPH enzyme. As an example of TPH activity, TPH can act on L-tryptophan to generate 5-hydroxy-L-tryptophan (5-HTP), and 5-HTP can then be acted on by an AADC to generate serotonin.

Tryptamine 4′ hydroxylase (T4H) is a p450 tryptamine hydroxylase which prefers hydroxylation at the 4′ position of the indole ring, in conjunction with the cofactors NAD(P)H, FMN, and FAD+. When derived from psychedelic mushrooms, these are also called PsiH. The T4H enzyme can convert tryptamine to 4-OH-tryptamine, which is a part of the psilocybin pathway. P450s such as the T4Hs are generally membrane-associated, with the N-termini imparting an effect on the efficiency of the p450 enzymatic function, including a p450′s interaction with an associated CPR, which assists with electron transfer.

From psychedelic a mushroom derived PsiH and CPR, we generated chimeric p450s and CPRs to better match a heterologous host (SEQ ID NO:162, 179-180, and 451, 468-469), where the N termini of a yeast p450 and CPR replaced the N terminus. Due to the enhancing action of CPRs on p450 enzymatic activity, we determined an optimal fusion between T4H and T4H CPR, where the T4H_CPR listed are truncated at the N termini and replaced with a linker region. In some embodiments, the T4H nucleic acids have, at the 3′ end, an optimized nucleic acid encoding a T4H_CPR, e.g., having SEQ ID NOs:171-180, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:460-469 fused at the C terminus of the enzyme polypeptide, generating recombinant T4H-CPR fusion polypeptides.

Similar to the T4H CPR fusions, we generated T5H CPR fusions to enhance the hydroxylation activity. In those embodiments, the T5H nucleic acids have, at the 3′ end, an optimized nucleic acid encoding a T5H-CPR, e.g., having SEQ ID NOs:181-192, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:470-481 fused at the C terminus of the enzyme polypeptide, generating recombinant T5H-CPR fusion polypeptides.

Examples of the utilization of the T4H-CPR and T5H-CPR in recombinant cells are shown in FIG. 9 , Panels C and D; FIGS. 11 and 12 ; FIG. 13 , Panel B; FIG. 14 , Panel B; and FIG. 15 , Panel B.

Localizing O-methyltransferase activity to hydroxylation can be beneficial for generating methoxytryptamines, such as 5-MT, 5-MeO-DMT, and melatonin. In some embodiments, the T5H nucleic acids have, at the 3′ end, an optimized nucleic acid encoding an IOMT e.g., having SEQ ID NOs:99-130, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:388-419 fused at the C terminus of the enzyme polypeptide, generating recombinant T5H-IOMT fusion polypeptides.

In all of the fusions described herein, the N-terminal coding sequence has any STOP codon removed, if present, before fusion to a C-terminal coding sequence. If the N-terminal coding sequence does not have a START (ATG) codon, a START codon is added.

N-acetyltransferase (NAT) adds an acetyl group from acetyl-CoA to the terminal amino group of e.g., a tryptamine such as serotonin (FIG. 4 , Panel F; FIG. 7 , Panels C and D). As an example of NAT activity, NAT can act on serotonin to generate N-acetylserotonin, which in turn can be acted on by an IOMT to generate melatonin (FIG. 11 ).

Deacetylase (DAC) removes an acetyl group from the terminal amino group of a tryptamine such as melatonin. As an example of DAC activity, DAC can act on melatonin to create 5-MeO-tryptamine, which in turn can be acted on by an INMT to generate 5-MeO-DMT (FIG. 10 , Panel B).

Hydroxy tryptamine kinase (PsiK) phosphorylates a hydroxy-indole, in conjunction with ATP. For example, PsiK can act on 4-OH tryptamine to generate norbaeocystin as part of the psilocybin pathway. PsiKs are found in certain mushrooms and parasitic fungi. For psychedelic mushroom derived PsiKs, we generated chimeric PsiKs based on yeast choline kinase to better match a heterologous host.

Non-natural tryptamine analogs can be created with the addition of a synthetic precursor to the fermentation of a recombinant host expressing enzymes capable of utilizing the substrate. For example, the addition of an alpha-methylated amino acid such as alpha-methyl tryptophan to a fermentation where an organism expresses a an indole-N-methyltransferase (INMT) leads to the generation of alpha-methylated DMT (e.g., FIG. 13 ).

For certain indole ring modifications, such as non-natural indoles, bacterial tryptophan synthases (TrpS) can be used to combine an indole with L-serine or L-threonine to create variants of tryptophan and beta-methyl tryptophan, respectively (FIG. 14 , Panel A). While previous groups have made use of the flexibility of versions of bacterial tryptophan synthases to generate exotic tryptamines (De novo Biosynthesis of “Non-Natural” Thaxtomin Phytotoxins. Angew Chem Int Ed Engl. 2018 Jun 4;57(23):6830-6833), efficient bioproduction is limited by the toxic nature of indole. In one embodiment, TrpS is expressed as a modified secreted fusion polypeptide version of the Salmonella tryptophan synthase that is able to combine indole or a modified indole with L-serine or L-threonine in the extracellular space, allowing indole conversion away from the cell host. In some embodiments, a multidrug efflux exporter such as mdtEF (accessions: P37636, P37637) can be coexpressed with TrpS with exogenous indole, to enable the host cell to export indole and continue bioproduction of tryptophan and tryptamine analogs.

Alternatively to T4H, T5H, and TPH enzymes, hydroxylation of the indole ring of tryptamines and related indole-like compounds can be carried out by complexes known as toluenemonooxygenases (TMO) typically found in bacteria within the genus Pseudomonas. The polypeptides that form this complex can be expressed in a modified host as an alternative to P450-based hydroxylation for compounds such as psilocybin and aeruginascin, whose biosynthetic pathway involves 4′OH hydroxylation. Other non-P450 monooxygenases from genuses of Pseudomonas and Burkeholderia can be optimized and expressed in a modified host for hydroxylation of different indole positions, such as the 3′ carbon of the indole ring. TMO complexes are made up of several subunits. For efficient expression of TMOs in a recombinant heterologous host, we generated fusion polypeptide pairs of the four core subunits.

Beta-methylated tryptamine analogs are created by combined expression of a recombinant aminotransferase-methyltransferase (ATMT) fusion polypeptide and an aromatic amino acid decarboxylase (AADC) (FIG. 15 ). In nature, organisms which produce beta-methyl tryptophan typically express the aminotransferase (AT) and the methyltransferase (MT) as separate genes. Recombinant ATMT genes herein encode both domains as a single polypeptide. Combinatorial expression of ATMTs and other tryptamine modifying genes can be used to create compounds such as beta-methylated DMT and beta-methylated psilocybin.

In some embodiments, recombinant phosphatases and oxidases are used to generate hydroxylated tryptamine dimers such as one psilocin or bufotenine molecule conjugated to another psilocin or bufotenine molecule (FIG. 16 ). When certain psychedelic mushrooms which contain compounds such as psilocybin are damaged and cellular compartments compromised, phosphatases and oxidases, such as laccases or laccase-like multi-copper oxidases, can then come in contact with tryptamine substrate to dephosphorylate and catalyze hydroxy tryptamine polymerization. Similar polymerization which leads to ‘blueing’ can occur when psilocybin comes into contact with mitochondria. (Levine, Walter (5), In some embodiments, the phosphatase is a recombinant alkaline phosphatase, which dephosphorylates phosphorylated tryptamines and tryptophans (FIG. 16 , Panel A), such as psilocybin to psilocin. In some embodiments, the oxidase is a non-laccase member of the multi-copper oxidase superfamily, which creates hydroxy tryptamine radicals which catalyze polymerization (FIG. 16 , Panel B). This dimer example and oligomerization of hydroxylated tryptamines can generate a blue color, lending the effect to colorimetric readout for compound production. Dimer variants and other oligomerized tryptamines can be separated from each other through chromatographic methods for purification. Efficient heterologous expression of certain oxidases such as laccases presents several challenges, such as N and C termini processing which may fail in a heterologous host. In some embodiments, to improve heterologous oxidase expression to biosynthetically produce tryptamine dimers and oligomers, we engineered chimeric oxidase yeast oxidase. Example includes SEQ ID NO:274,563 In one embodiment, the oxidases are also coexpressed with the yeast t-SNARE, SSO2, to improve protein expression, processing, and secretion for active enzyme SEQ ID NO:170,459.

Dimethylallyl tryptophan synthase (DMATS or DMAT) generates prenylated tryptophans and tryptamines. DMATS is a prenyltransferase that prefers the dimethylallyl diphosphate (DMAPP) prenyl donor to prenylate tryptophan and tryptamine compounds.

Localizing DMAPP generation to the DMATS enzyme can be beneficial for generating prenylated tryptophans, such as 7-dimethylallyltryptophan. In yeast, IDI1 is the enzyme which generates DMAPP as part of the mevalonate pathway. In some embodiments, the DMATS nucleic acids have, at the 3′ end, an optimized nucleic acid encoding IDI1 e.g., having SEQ ID NO:67, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NO:356 fused at the C terminus of the enzyme polypeptide, generating recombinant DMATS-IDI1 fusion polypeptides (FIG. 8 , Panel C).

Tryptophan halogenase (TrpHalo) is a flavin-associated halogenase that adds fluorine (F), chlorine (Cl), bromine (Br), and/or iodine (I) to various indoles and biogenic amines (FIG. 8 , Panel A). In some embodiments, TrpHalo nucleic acids have, at the 5′end, a nucleic acid encoding an vacuolar localization tag to localize TrpHalo to a yeast vacuole, where Cl ions are stored, e.g., having SEQ ID NOs:287-289, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:576-578 fused at the N terminus of the enzyme polypeptide, generating recombinant fusion polypeptides.

In other embodiments, TrpHalo nucleic acids have, at the 5′end, a nucleic acid encoding a secretion tag with or without a 6xHIS tag for purification, e.g., having SEQ ID NO:1, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NO:290 fused at the N terminus of the enzyme polypeptide, generating recombinant fusion polypeptides. In one embodiment, TrpHalo is also coexpressed with the yeast fluoride exporter, Fex1, SEQ ID NO:66,355, to limit halide toxicity on the heterologous host.

To improve the yield of tryptophan and tryptamine variants discussed herein, modifying the heterologous host which expresses these genes and enzymes, in various combinatorial ways, to prevent tryptophan and tryptamine compound degradation is beneficial. Replacing the yeast pathway which degrades certain tryptamine and tryptophan compounds for de novo NAD+ production, which is an important source of cofactors for cell viability, with an alternative route to NAD+ production can preserve tryptophan as a precursor and increase product yields. In some embodiments, a new de novo pathway is expressed in a heterologous host, where the pathway is composed of a fusion protein containing the two enzymatic functions required to convert the amino acid aspartate into quinolinic acid (AOQS), SEQ ID NO: 26-27,315-316, which replaces the endogenous use of tryptophan for generating quinolinic acid in the pathway for NAD+.

In some embodiments, the nucleic acids have, at the 5′ end, a nucleic acid encoding codon optimized cofolding peptides to create a fusion protein, e.g., having SEQ ID NOs:256-269, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:554-558 fused at the N terminus of the enzyme polypeptide, generating recombinant fusion polypeptides.

In some embodiments, the nucleic acids have, at the 5′ end, a nucleic acid encoding a secretion signal, creating a secreted protein, e.g., having SEQ ID NOs:282-286, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:571-575 fused at the N terminus of the enzyme polypeptide, generating recombinant fusion polypeptides.

In some embodiments, the nucleic acids have, at the 5′ or 3′ end, an optimized nucleic acid encoding a localization scaffold composed of multiple domains where proteins tagged with affibodies can bind and colocalize together (for example, FIG. 11 , Panel A; FIG. 12 , Panel A), creating a protein scaffold fusion, e.g., having SEQ ID NO:281, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NO:570 fused at the N or C terminus of the enzyme polypeptide, generating recombinant fusion polypeptides.

In some embodiments, the nucleic acids have, at the 5′ or 3′ end, an optimized nucleic acid encoding an affibody tag that can bind one of the domains of the localization scaffold, thereby colocalizing multiple enzymes and creating protein scaffold fusion, e.g., having SEQ ID NOs:259-264, joining the sequences together to form a fusion polypeptide, e.g., having the amino acid sequence of SEQ ID NOs:548-553 fused at the N or C terminus of the enzyme polypeptide, generating recombinant fusion polypeptides.

The initial substrates for DMTP, DMT, and related compound production are L-tryptophan and S-Adenosyl-L-methionine (SAMe). The initial substrate can be produced endogenously in a recombinant host as described and/or provided exogenously to a fermentation involving a recombinant host, whereby the host uptakes the starting substrates to feed into the biosynthetic pathway for indoles and tryptamines. The recombinant hosts herein described that are expressing all, one, or multiple combinations of the engineered INMT, AADC, TPH, T4H, T5H, T4H-CPR, T5H-CPR, IOMT, NAT, DAC, PsiK, TrpS, TMO, ATMT, DMATS, IDI1, and TrpHalo genes can produce tryptamine, NMTP, DMTP, TMTP, NMT, DMT, TMT, psilocybin, bufotenine, 5-MeO DMT, 4-bromo-tryptamine, 4-dimethylallyl tryptamine, alpha-methylated DMTP, beta-methylated DMTP, melatonin, etc.

As depicted in FIGS. 4 and 9 , the engineered INMT, IOMT and TrpM and INMT enzymes require a methyl donor in the form of SAMe to act on substrates in the biosynthetic pathway for substituted indoles and tryptamines such as DMTP, DMT, intermediates, and analogs. The methyltransferase activity of TrpM and INMT subsequently convert the methyl donor cofactor SAMe to SAH. Methylations can occur successively with multiple rounds of methyl donor usage. For instance, TrpM can methylate L-tryptophan to produce NMTP and continue to methylate NMTP to DMTP, and then TMTP (FIG. 6 , Panel A). Similarly, an INMT can methylate tryptamine to produce NMT, and then continue to methylate NMT to DMT, and then TMT (FIG. 5 ).

The methylation occurs selectively at the primary amine of L-tryptophan and tryptamine in the presence of TrpM and INMT enzymes. The nitrogen in the heterocycle and hydroxyl group in the carboxylic acid of L-tryptophan are also sites of alkylation, as SAMe is a highly reactive methylating agent. The TrpM enzyme directs methylation such that di-methylation of the primary amine occurs. Using the traditional techniques of organic chemistry where robust methylating agents, such as methyl iodide, trimethyl sulfonium iodide, and dimethyl sulfate, are employed, a mixture of products is formed. The mixture of products may include: mono, di, and tri-methylation of the amine; O-methylation of the carboxylic acid (i.e., the methyl ester), and N-methylation of the indole ring. Separation of these products are tedious and reduces the yield of a desired product. Additionally, SAMe has a primary amine group which may readily undergo intramolecular methylation at the amine. The systems and methods herein in the recombinant host with TrpM and INMT enzymes maintain the structure of SAMe without methylation of the amine of the SAMe prior to methylating the amine of L-tryptophan and tryptamine.

Heterologous pathway enzymes that are expressed to produce substituted indole and tryptamine compounds such as DMTP and DMT use L-tryptophan as a directing molecule. Tryptophan production in cells is normally tightly regulated. Tryptophan accumulation in a recombinant host is increased by: (a) overexpressing feedback-resistant versions of the endogenous tryptophan-producing enzymes; (b) knocking out off-pathway tryptophan-consuming genes and enzymes; and (c) overexpressing a recombinant L-tryptophan transporter. This allows for exogenous tryptophan to be fed to the cells and transported in the recombinant host. These modifications, genes, and methods are disclosed in U.S. Pat. Publication 2021/0147888, incorporated by reference.

On-pathway genes and enzymes can be overexpressed for L-tryptophan accumulation. The immediate precursors for L-tryptophan include chorismate, L-serine, and L-glutamine. To increase the on-pathway flux to L-tryptophan and the substituted indole and tryptamine pathway, off-pathway genes which consume L-tryptophan are deleted. The genes that encode the enzymes, Pdc5 and Aro10 are deleted to reduce pathway flux through the pathways that produce aromatic alcohols. The gene encoding the Aro7 enzyme is deleted to reduce production of tyrosine and phenylalanine from L-tryptophan. The genes that encode the enzymes Pdz1 and Pdz2 are also deleted to reduce pathway flux through the pABA production pathway. The gene encoding the enzyme Bna2 is deleted to reduce consumption of L-tryptophan by the kynurenine pathway.

In some embodiments, a recombinant host is modified to increase the accumulation of the methyl donor, SAMe, which is used by the recombinant TrpM and INMT enzymes to methylate indole and tryptamine molecules, such as L-tryptophan and NMT. SAMe accumulation in the recombinant host cell is increased by: (a) overexpressing enzymes to promote conversion of L-methionine to SAMe; (b) deleting off-pathway genes which encode for enzymes that deplete SAMe for unwanted side products; and (c) overexpressing a permease. This enables exogenous L-methionine to be fed to and transported into the cells.

The TrpM and INMT methyltransferase reactions consume one equivalent of adenosine triphosphate (ATP) and of SAMe. SAMe is a robust methyl donor synthesized from methionine and ATP via the L-methionine adenosyltransferase enzyme, Sam2. In various embodiments, Sam2 is overexpressed in a recombinant host to increase the conversion of L-methionine to SAMe. In other embodiments, to support the increased pathway flux and generate more ATP, the adenylate kinase enzyme, Adk1, is overexpressed. In additional embodiments, to increase the uptake of exogenous L-methionine fed into the SAMe pathway, recombinant Mup1 is overexpressed, which is a methionine transporter. SAMe is a precursor molecule for spermidine production and glycogen biosynthesis. To keep SAMe levels high in the pathways of the recombinant host and decrease off-pathway usage of SAMe, the SPE2 gene can be deleted in the recombinant host, thereby blocking the conversion of SAMe to spermidine. Glycogen biosynthesis consumes ATP, which is required for the conversion of L-methionine to SAMe. The gene encoding the enzyme Glc3 can be deleted in the recombinant host, thereby reducing production of glycogen, maintaining higher levels of ATP in the host cell, and increasing on-pathway flux of SAMe for methyltransferase activity.

As depicted in FIG. 5 , the engineered INMT, T5H, and IOMT enzymes act on tryptamine substrates to generate hydroxy and methoxy tryptamine analogs such as serotonin, bufotenine (5-OH-DMT) and 5-MeO-DMT. The initial substrates for this series of reactions includes compounds such as tryptamine and serotonin, which can be produced within a modified cell or added exogenously, in addition to L-tryptophan and S-Adenosyl-L-methionine (SAMe). The initial substrate can be produced endogenously in a recombinant host as described and/or provided exogenously to a fermentation involving a recombinant host, whereby the host uptakes the starting substrates to feed into the biosynthetic pathway for indoles and tryptamines.

As depicted in FIG. 3 , de novo biosynthesis pathway of L-tryptophan and SAMe utilize L-tryptophan and SAMe as directing molecules in the systems and methods herein. The directing molecules lead to target molecules of substituted indoles and tryptamine pathways, when on-pathway. In the systems and methods herein, glycolysis leads to chorismate via the shikimate pathway; glutamate biosynthesis pathway leads to L-glutamine via L-glutamate; and L-serine biosynthesis pathway leads to L-serine via 3-phospho-L-serine (i.e., dephosphorylation). Chorismate, glutamine, and L-serine are combined to form L-tryptophan as a directing molecule to be steered on-pathway for yielding substituted indoles and tryptamine pathways. In the systems and methods herein, L-methionine is a direct precursor leading to SAMe, when combined with ATP in the presence of Sam2 and Adk1 enzymes. A conversion cycle for yielding SAMe as a directing molecule also involves the formation of S-adenyl-L-homocysteine; S-ribosyl-L-homocysteine; 4-5-dihydroxy-2,3-pentanedione; and homocysteine.

Heterologous pathway enzymes that are expressed to produce substituted indole and tryptamine compounds such as DMTP and DMT use L-tryptophan as a directing molecule. Tryptophan production in cells is normally tightly regulated. Tryptophan accumulation in a recombinant host is increased by: (a) overexpressing feedback-resistant versions of the endogenous tryptophan-producing enzymes; (b) knocking out off-pathway tryptophan-consuming genes and enzymes; and (c) overexpressing a recombinant L-tryptophan transporter. This allows for exogenous tryptophan to be fed to the cells and transported in the recombinant host. See also U.S. Pat. Publication 2021/0147888.

On-pathway genes and enzymes can be overexpressed for L-tryptophan accumulation. The immediate precursors for L-tryptophan include chorismate, L-serine, and L-glutamine. To increase the on-pathway flux to L-tryptophan and the substituted indole and tryptamine pathway, off-pathway genes which consume L-tryptophan may be deleted. In some embodiments, the genes that encode the enzymes Pdc5 and Aro10 are deleted to reduce pathway flux through the pathways that produce aromatic alcohols. In other embodiments, the gene encoding the Aro7 enzyme is deleted to reduce production of tyrosine and phenylalanine from L-tryptophan. In additional embodiments, the genes that encode the enzymes Pdz1 and Pdz2 are also deleted to reduce pathway flux through the pABA production pathway. In further embodiments, the gene encoding the enzyme Bna2 is deleted to reduce consumption of L-tryptophan by the kynurenine pathway.

In some embodiments, the nucleic acids described herewith encode a polypeptide or oligopeptide having an amino acid sequence that is naturally occurring. In other embodiments, the nucleic acids encode a polypeptide or oligopeptide having an amino acid sequence that is not naturally occurring. The encoded polypeptides or oligopeptides that are not naturally occurring can vary from a naturally occurring polypeptide or oligopeptide, or portion thereof, by a small amount (e.g., one conservative amino acid substitution or a histidine tag) or extensively (e.g., further comprising a fusion peptide, a substituted or added domain from another protein, a scaffold, etc.).

The nucleic acids can be derived from a naturally occurring gene from any source, e.g., any microorganism, protist, plant, or animal.

In some embodiments, the gene for the enzyme or regulatory protein is derived from a bacterium. It is envisioned that an enzyme or regulatory protein derived from any bacterium now known or later discovered can be utilized in the present invention. For example, the bacterium can be from phylum Abditibacteriota, including class Abditibacteria, including order Abditibacteriales; phylum Abyssubacteria or Acidobacteria, including class Acidobacteriia, Blastocatellia, Holophagae, Thermoanaerobaculia, or Vicinamibacteria, including order Acidobacteriales, Bryobacterales, Blastocatellales, Acanthopleuribacterales, Holophagales, Thermotomaculales, Thermoanaerobaculales, or Vicinamibacteraceae; phylum Actinobacteria, including class Acidimicrobiia, Actinobacteria, Actinomarinidae, Coriobacteriia, Nitriliruptoria, Rubrobacteria, or Thermoleophilia, including orders Acidimicrobiales, Acidothermales, Actinomycetales, Actinopolysporales, Bifidobacteriales, Nanopelagicales, Catenulisporales, Corunebacteriales, Cryptosporangiales, Frankiales, Geodermatophilales, Glycomycetales, Jiangellales, Micrococcales, Micromonosporales, Nakamurellales, Propionibacteriales, Pseudonocardiales, Sporichthyales, Streptomycetales, Streptosporangiales, Actinomarinales, Coriobacteriales, Eggerthellales, Egibacterales, Egicoccales, Euzebyales, Nitriliruptorales, Gaiellales, Rubrobacterales, Solirubrobacterales, or Thermoleophilales; phylum Aquificae, including class Aquificae, including order Aquificales or Desulfurobacteriales; phylum Armatimonadetes, including class Armatimonadia, including order Armatimonadales, Capsulimonadales, Chthonomonadetes, Chthonomonadales, Fimbriimonadia, or Fimbriimonadales; phylum Aureabacteria or Bacteroidetes, including class Armatimonadia, Bacteroidia, Chitinophagia, Cytophagia, Flavobacteria, Saprospiria or Sphingobacteriia, including order Bacteroidales, Marinilabiliales, Chitinophagales, Cytophagales, Flavobacteriales, Saprospirales, or Sphingopacteriales; phylum Balneolaeota, Caldiserica, Calditrichaeota, or Chlamydiae, including class Balneolia, Caldisericia, Calditrichae, or Chlamydia, including order Balneolales, Caldisericales, Calditrichales, Anoxychlamydiales, Chlamydiales, or Parachlamydiales; phylum Chlorobi or Chloroflexi, including class Chlorobia, Anaerolineae, Ardenticatenia, Caldilineae, Thermofonsia, Chloroflexia, Dehalococcoidia, Ktedonobacteria, Tepidiformia, Thermoflexia, Thermomicrobia, or Sphaerobacteridae, including order Chlorobiales, Anaerolineales, Ardenticatenales, Caldilineales, Chloroflexales, Herpetosiphonales, Kallotenuales, Dehalococcoidales, Dehalogenimonas, Ktedonobacterales, Thermogemmatisporales, Tepidiformales, Thermoflexales, Thermomicrobiales, or Sphaerobacterales; phylum Chrysiogenetes, Cloacimonetes, Coprothermobacterota, Cryosericota, or Cyanobacteria, including class Chrysiogenetes, Coprothermobacteria, Gloeobacteria, or Oscillatoriophycideae, including order Chrysiogenales, Coprothermobacterales, Chroococcidiopsidales, Gloeoemargaritales, Nostocales, Pleurocapsales, Spirulinales, Synechococcales, Gloeobacterales, Chroococcales, or Oscillatoriales; phyla: Eferribacteres, Deinococcus-thermus, Dictyoglomi, Dormibacteraeota, Elusimicrobia, Eremiobacteraeota, Fermentibacteria, or Fibrobacteres, including class Deferribacteres, Deinococci, Dictyoglomia, Elusimicrobia, Endomicrobia, Chitinispirillia, Chitinivibrionia, or Fibrobacteria, including order Deferribacterales, Deinococcales, Thermales, Dictyoglomales, Elusimicrobiales, Endomicrobiales, Chitinspirillales, Chitinvibrionales, Fibrobacterales, or Fibromonadales; phylum Firmicutes, Fusobacteria, Gemmatimonadetes, or Hydrogenedentes, including class Bacilli, Clostridia, Erysipelotrichia, Limnochordia, Negativicutes, Thermolithobacteria, Tissierellia, Fusobacteriia, Gemmatimonadetes, Longimicrobia, including order Bacillales, Lactobacillales, Borkfalkiales, Clostridiales, Halanaerobiales, Natranaerobiales, Thermoanaerobacterales, Erysipelotrichales, Limnochordales, Acidaminococcales, Selenomonadales, Veillonellales, Thermolithobacterales, Tissierellales, Fusobacteriales, Gemmatimonadales, or Longimicrobia; phylum Hydrogenedentes, Ignavibacteriae, Kapabacteria, Kiritimatiellaeota, Krumholzibacteriota, Kryptonia, Latescibacteria, LCP-89, Lentisphaerae, Margulisbacteria, Marinimicrobia, Melainabacteria, Nitrospinae, or Omnitrophica, including class Ignavibacteria, Kiritimatiellae, Krumholzibacteria, Lentisphaeria, Oligosphaeria, or Nitrospinae, including order Ignavibacteriales, Kiritimatiellales, Krumholzibacteriales, Lentisphaerales, Victivallales, Oligosphaerales, or Nitrospinia; phylum Omnitrophica or Planctomycetes, including class Brocadiae, Phycisphaerae, Planctomycetia, or Phycisphaerales, including order Sedimentisphaerales, Tepidisphaerales, Gemmatales, Isosphaerales, Pirellulales, or Planctomycetales; phylum Proteobacteria including class Acidithiobacillia, Alphaproteobacteria, Betaproteobacteria, Lambdaproteobacteria, Muproteobacteria, Deltaproteobacteria, Epsilonproteobacteria, Gammaproteobacteria, Hydrogenophilalia, Oligoflexia, or Zetaproteobacteria, including order Acidithiobacillales, Caulobacterales, Emcibacterales, Holosporales, Iodidimonadales, Kiloniellales, Kopriimonadales, Kordiimonadales, Magnetococcales, Micropepsales, Minwuiales, Parvularculales, Pelagibacterales, Rhizobiales, Rhodobacterales, Rhodospirillales, Rhodothalassiales, Rickettsiales, Sneathiellales, Sphingomonadales, Burkholderiales, Ferritrophicales, Ferrovales, Neisseriales, Nitrosomonadales, Procabacteriales, Rhodocyclales, Bradymonadales, Acidulodesulfobacterales, Desulfarculales, Desulfobacterales, Desulfovibrionales, Desulfurellales, Desulfuromonadales, Myxococcales, Syntrophobacterales, Campylobacterales, Nautiliales, Acidiferrobacterales, Aeromonadales, Alteromonadales, Arenicellales, Cardiobacteriales, Cellvibrionales, Chromatiales, Enterobacterales, Immundisolibacterales, Legionellales, Methylococcales, Nevskiales, Oceanospirillales, Orbales, Pasteurellales Pseudomonadales, Salinisphaerales, Thiotrichales, Vibrionales, Xanthomonadales, Hydrogenophilales, Bacteriovoracales, Bdellovibrionales, Oligoflexales, Silvanigrellales, or Mariprofundales; phylum Rhodothermaeota, Saganbacteria, Sericytochromatia, Spirochaetes, Synergistetes, Tectomicrobia, or Tenericutes, including class Rhodothermia, Spirochaetia, Synergistia, Izimaplasma, or Mollicutes, including order Rhodothermales, Brachyspirales, Brevinematales, Leptospirales, Spirochaetales, Synergistales, Acholeplasmatales, Anaeroplasmatales, Entomoplasmatales, or Mycoplasmatales; phylum Thermodesulfobacteria, Thermotogae, Verrucomicrobia, or Zixibacteria, including class Thermodesulfobacteria, Thermotogae, Methylacidiphilae, Opitutae, Spartobacteria, or Verrucomicrobiae, including order Thermodesulfobacteriales, Kosmotogales, Mesoaciditogales, Petrotogales, Thermotogales, Methylacidiphilales, Opitutales, Puniceicoccales, Xiphinematobacter, Chthoniobacterales, Terrimicrobium, or Verrucomicrobiales.

In other embodiments, the gene for the enzyme or regulatory protein is derived from an archaeon. It is envisioned that an enzyme or regulatory protein derived from any archaeon now known or later discovered can be utilized in the present invention. For example, the archaeon can be from phylum Euryarchaeota, including class Archaeoglobi, Hadesarchaea, Halobacteria, Methanobacteria, Methanococci, Methanofastidiosa, Methanomicrobia, Methanopyri, Nanohaloarchaea, Theionarchaea, Thermococci, or Thermoplasmata, including order Archaeoglobales, Hadesarchaeales, Halobacteriales, Methanobacteriales, Methanococcales, Methanocellales, Methanomicrobiales, Methanophagales, Methanosarcinales, Methanopyrales, Thermococcales, Methanomassiliicoccales, Thermoplasmatales, or Nanoarchaeales; DPANN superphylum, including subphyla Aenigmarcheota, Altiarchaeota, Diapherotrites, Micrarchaeota, Nanoarchaeota, Pacearchaeota, Parvarchaeota, or Woesearchaeota; TACK superphylum, including subphylum Korarchaeota, Crenarchaeota, Aigarchaeota, Geoarchaeota, Thaumarchaeota, or Bathyarchaeota; Asgard superphylum including subphylium Odinarchaeota, Thorarchaeota, Lokiarchaeota, Helarchaeota, or Heimdallarchaeota.

In additional embodiments, the gene for the enzyme or regulatory protein is derived from a fungus. It is envisioned that an enzyme or regulatory protein derived from any fungus now known or later discovered can be utilized in the present invention. This includes but is not limited to the phyla Chytridiomycota, Basidiomycota, Ascomycota, Blastocladiomycota, Ascomycota, Microsporidia, Basidiomycota, Glomeromycota, Symbiomycota, and Neocallimastigomycota. For example, the fungus can be from the phylum Ascomycota, including classes and orders Pezizomycotina, Arthoniomycetes, Coniocybomycetes, Dothideomycetes, Eurotiomycetes, Geoglossomycetes, Laboulbeniomycetes, Lecanoromycetes, Leotiomycetes, Lichinomycetes, Orbiliomycetes, Pezizomycetes, Sordariomycetes, Xylonomycetes, Lahmiales, Itchiclahmadion, Triblidiales, Saccharomycotina, Saccharomycetes, Taphrinomycotina, Archaeorhizomyces, Neolectomycetes, Pneumocystidomycetes, Schizosaccharomycetes, Taphrinomycetes; phylum Basidiomycota including subphyla or classes Pucciniomycotina, Ustilaginomycotina, Wallemiomycetes, and Entorrhizomycetes; subphylum Agaricomycotina including classes Tremellomycetes, Dacrymycetes, and Agaricomycetes; phylum Symbiomycota, including class Entorrhizomycota; subphylum Ustilaginomycotina including classes Ustilaginomycetes and Exobasidiomycetes; phylum Glomeromycota including classes Archaeosporomycetes, Glomeromycetes, and Paraglomeromycetes; subphylum Pucciniomycotina including orders and classes: Pucciniomycotina, Cystobasidiomycetes, Agaricostilbomycetes, Microbotryomycetes, Atractiellomycetes, Classiculomycetes, Mixiomycetes, and Cryptomycocolacomycetes; subphylum incertae sedis Mucoromyceta including orders Calcarisporiellomycota and Mucoromycota; phylum Mortierellomyceta including class Mortierellomycota; subphylum incertae sedis Entomophthoromycotina including order Entomophthorales; phylum Zoopagomyceta including classes Basidiobolomycota, Entomophthoromycota, Kickxellomycota, and Zoopagomycotina; subphylum incertae sedis Mucoromycotina including orders Mucorales, Endogonales, and Mortierellales; phylum Neocallimastigomycota including class Neocallimastigomycetes; phylum Blastocladiomycota including classes Physodermatomycetes and Blastocladiomycetes; phylum Rozellomyceta including classes Rozellomycota and Microsporidia; phylum Aphelidiomyceta including class Aphelidiomycota; Chytridiomyceta including classes Chytridiomycetes and Monoblepharidomycetes; and phylum Oomycota including classes or orders Leptomitales, Myzocytiopsidales, Olpidiopsidales, Peronosporales, Pythiales, Rhipidiales, Salilagenidiales, Saprolegniales, Sclerosporales, Anisolpidiales, Lagenismatales, Rozellopsidales, and Haptoglossales.

In additional embodiments, the gene for the enzyme or regulatory protein is derived from the organism below. This includes but is not limited to: Acanthurus tractus, Aplysina aerophoba, Bos Taurus, Bufo bufo, Bufotes viridis, Chrysochloris asiatica, Fukomys damarensis, Homo sapiens, Rattus norvegicus, Rhinella marina, Rhinella spinulosa, Schistosoma mansoni, Xenopus laevis, Xenopus tropicalis, Acacia koa, Arabidopsis thaliana, Brassica oleracea, Citrus sinensis, Hordeum vulgare, Juglans cinereal, Lophophora williamsii, Nymphaea colorata, Oryza sativa, Ricinus communis, Solanum lycopersicum, Sorghum bicolor, Theobroma cacao, and Triticum aestivum.

In some embodiments, the nucleic acids are codon optimized to improve expression, e.g., using techniques as disclosed in U.S. Pat. No. 10,435,727. More specifically, optimized nucleotide sequences are generated based on a number of considerations: (1) For each amino acid of the recombinant polypeptide to be expressed, a codon (triplet of nucleotide bases) is selected based on the frequency of each codon in the Saccharomyces cerevisiae genome; the codon can be chosen to be the most frequent codon or can be selected probabilistically based on the frequencies of all possible codons. (2) In order to prevent DNA cleavage due to a restriction enzyme, certain restriction sites are removed by changing codons that cover those sites. (3) To prevent lowcomplexity regions, long repeats (sequences of any single base longer than five bases) are modified. (2) and (3) are performed recursively to ensure that codon modification does not lead to additional undesirable sequences. (4) A ribosome binding site is added to the N-terminus. (5) A stop codon is added. (6) A localization signal is removed or replaced.

In some of the above embodiments, the nucleic acid provided herein comprises the sequence of any one of SEQ ID NOs:1-289.

In various embodiments, the nucleic acids further comprise additional nucleic acids encoding amino acids that are not part of the included enzymes or regulatory proteins herein. In some of these embodiments, the additional sequences encode additional amino acids present when the nucleic acid is translated, encoding, for example, a cofolding peptide, as previously discussed, or an additional protein domain, with or without a linker sequence, creating a fusion protein. Other examples are localization sequences, i.e., signals directing the localization of the folded protein to a specific subcellular compartment or membrane. Additional nonlimiting examples are an affibody tag, a localization scaffold, a vacuolar localization tag, a secretion signal, and a 6xhis tag.

In some embodiments, the nucleic acid comprises additional nucleotide sequences that are not translated. Nonlimiting examples include promoters, terminators, barcodes, Kozak sequences, targeting sequences, and enhancer elements. Particularly useful here are promoters that are functional in yeast.

Expression of a gene encoding an enzyme or regulatory protein is determined by the promoter controlling the gene. In order for a gene to be expressed, a promoter must be present within 1,000 nucleotides upstream of the gene. A gene is generally cloned under the control of a desired promoter. The promoter regulates the amount of enzyme expressed in the cell and also the timing of expression, or expression in response to external factors such as sugar source.

Any promoter now known or later discovered can be utilized to drive the expression of the enzymes and regulatory proteins described herein. See e.g. http://parts.igem.org/Yeast for a listing of various yeast promoters. Exemplary promoters listed in Table 3 below drive strong expression, constant gene expression, medium or weak gene expression, or inducible gene expression. Inducible or repressible gene expression is dependent on the presence or absence of a certain molecule. For example, the GAL1, GAL7, and GAL10 promoters are activated by the presence of the sugar galactose and repressed by the presence of the sugar glucose. The HO promoter is active and drives gene expression only in the presence of the alpha factor peptide. The HXT1 promoter is activated by the presence of glucose while the ADH2 promoter is repressed by the presence of glucose.

TABLE 3 Exemplary yeast promoters Strong constitutive promoters Medium and weak constitutive promoters Inducible/repressible promoters TEF1 STE2 GALI PGK1 TPI1 GAL7 PGI1 PYK1 GAL10 TDH3 HO HXT1 ADH2

In various embodiments, the nucleic acid is in an expression cassette, e.g., a yeast expression cassette. Any yeast expression cassette capable of expressing the enzyme in a yeast cell can be utilized.

Additional regulatory elements can also be present in the expression cassette, including restriction enzyme cleavage sites, antibiotic resistance genes, integration sites, auxotrophic selection markers, origins of replication, and degrons.

The expression cassette can be present in a vector that, when transformed into a host cell, either integrates into chromosomal DNA or remains episomal in the host cell. Such vectors are well-known in the art. See e.g. http://parts.igem.org/Yeast for a listing of various yeast vectors.

A nonlimiting example of a yeast vector is a yeast episomal plasmid (YEp) that contains the pBluescript II SK(+) phagemid backbone, an auxotrophic selectable marker, yeast and bacterial origins of replication and multiple cloning sites enabling gene cloning under a suitable promoter (see Table 3). Other exemplary vectors include pRS series plasmids.

Host Cells

The present invention is also directed to genetically engineered host cells that comprise the above-described nucleic acids. Such cells may be, e.g., any species of filamentous fungus, including but not limited to any species of Aspergillus, which have been genetically altered to produce precursor molecules, intermediate molecules, or cannabinoid molecules. Host cells may also be any species of bacteria, including but not limited to Escherichia, Corynebacterium, Caulobacter, Pseudomonas, Streptomyces, Bacillus, or Lactobacillus.

In some embodiments, the genetically engineered host cell is a yeast cell, which may comprise any of the above-described expression cassettes, and capable of expressing the recombinant enzyme encoded therein.

Any yeast cell capable of being genetically engineered can be utilized in these embodiments. Nonlimiting examples of such yeast cells include species of Saccharomyces, Candida, Pichia, Schizosaccharomyces, Scheffersomyces, Blakeslea, Rhodotorula, or Yarrowia.

These cells can achieve gene expression controlled by inducible promoter systems; natural or induced mutagenesis, recombination, and/or shuffling of genes, pathways, and whole cells performed sequentially or in cycles; overexpression and/or deletion of single or multiple genes and reducing or eliminating parasitic side pathways that reduce precursor concentration.

The host cells of the recombinant organism may also be engineered to produce any or all precursor molecules necessary for the biosynthesis of substituted indoles, tryptophans and tryptamines.

Construction of Saccharomyces cerevisiae strains expressing the enzymes and regulatory proteins provided herein is carried out via expression of a gene which encodes for the enzyme. The gene encoding the enzyme can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the gene encoding the enzyme may be inserted into the recombinant host genome. Integration may be achieved by a single or double cross-over insertion event of a plasmid, or by nuclease-based genome editing methods, as are known in the art e.g. CRISPR, TALEN and ZFR. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing. See, e.g., Green and Sambrook (2012).

FIGS. 9-15 provide nonlimiting examples of host cells utilizing the nucleic acids provided herein.

In some embodiments, the recombinant microorganism expresses TPH, TrpM, and AADC, where the recombinant microorganism produces at least one hydroxy substituted tryptamine compound, e.g., bufotenine, 5-OH-NMT, or 5-OH-TMT (FIG. 9 , Panel A).

In other embodiments, the recombinant microorganism expresses TPH, TrpM, AADC, and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptamine compound, e.g., 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT (FIG. 9 , Panel B).

In additional embodiments, the recombinant microorganism expresses AADC, T5H or T5H-CPR and INMT, where the recombinant microorganism produces at least one hydroxy substituted tryptamine compound, e.g., bufotenine, 5-OH-NMT, or 5-OH-TMT (FIG. 9 , Panel C).

In further embodiments, the recombinant microorganism expresses AADC, T5H or T5H-CPR, INMT, and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptamine compound, e.g., 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT (FIG. 9 , Panel D).

In other embodiments, the recombinant microorganism expresses TrpM and TPH, where the recombinant microorganism produces at least one hydroxy substituted tryptophan compound, e.g., 5-HTP, 5-OH-NMTP, 5-OH-DMTP or 5-OH-TMTP.

In additional embodiments, the recombinant microorganism expresses TrpM, TPH and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptophan compound, e.g., 5-MeO-NMTP, 5-MeO-DMTP or 5-MeO-TMTP.

In further embodiments, the recombinant microorganism expresses INMT and T5H, where the recombinant microorganism produces at least one hydroxy substituted tryptamine compound, e.g., bufotenine, 5-OH-NMT, or 5-OH-TMT.

In other embodiments, the recombinant microorganism expresses INMT, T5H and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptamine compound, e.g., 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT.

In additional embodiments, the recombinant microorganism expresses INMT, where the recombinant microorganism produces at least one hydroxy substituted tryptophan compound, e.g., 5-OH-NMTP, 5-OH-DMTP or 5-OH-TMTP.

In further embodiments, the recombinant microorganism expresses INMT and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptophan compound, e.g., 5-MeO-NMTP, 5-MeO-DMTP or 5-MeO-TMTP.

In other embodiments, the recombinant microorganism expresses INMT and AADC, where the recombinant microorganism produces at least one hydroxy substituted tryptamine compound, e.g., bufotenine, 5-OH-NMT, or 5-OH-TMT.

In additional embodiments, the recombinant microorganism expresses INMT, AADC and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptamine compound, e.g., 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT.

In further embodiments, the recombinant microorganism expresses INMT, where the recombinant microorganism produces at least one hydroxy substituted tryptamine compound, e.g., bufotenine, 5-OH-NMT, or 5-OH-TMT.

In other embodiments, the recombinant microorganism expresses INMT and IOMT, where the recombinant microorganism produces at least one methoxy substituted tryptamine compound, e.g., 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT.

In additional embodiments, the recombinant microorganism expresses INMT, where the recombinant microorganism produces at least one methoxy substituted tryptamine compound, e.g., 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT.

As depicted in FIG. 11 , in some embodiments, the recombinant microorganism expresses AADC, IOMT, T5H or T5H-CPR, and NAT, where the recombinant microorganism produces a compound in the melatonin pathway, e.g., serotonin or melatonin. In some of these embodiments, the enzymes are on a scaffold to facilitate pathway throughput.

As depicted in FIG. 12 , in some embodiments, the recombinant microorganism expresses AADC, T4H or T4H-CPR, PsiK and INMT (PsiM), where the recombinant microorganism produces a compound in the psilocybin pathway, e.g., baeocystin, psilocybin or aeruginascin. In some of these embodiments, the enzymes are on a scaffold to facilitate pathway throughput.

In accordance with the present invention, a recombinant host may also be modified to increase the accumulation of the methyl donor, SAMe, which is used by the recombinant TrpM and INMT enzymes to methylate indole and tryptamine molecules such as L-tryptophan and NMT. SAMe accumulation in the recombinant host cell may be increased by: (d) overexpressing enzymes to promote conversion of L-methionine to SAMe; (e) deleting off-pathway genes that encode for enzymes that deplete SAMe for unwanted side products; and (f) overexpressing a permease, which enables exogenous L-methionine to be fed to and transported into the cells.

The TrpM and INMT methyltransferase reactions consume one equivalent of adenosine triphosphate (ATP) and of SAMe. SAMe is a robust methyl donor synthesized from methionine and ATP via the L-methionine adenosyltransferase enzyme, Sam2. Sam2 may be overexpressed in a recombinant host to increase the conversion of L-methionine to SAMe. To support the increased pathway flux and generate more ATP, the adenylate kinase enzyme, Adk1, may also be overexpressed. To increase the uptake of exogenous L-methionine to feed into the SAMe pathway, recombinant Mup1, which is a methionine transporter, may be overexpressed.

SAMe is a precursor molecule for spermidine production and glycogen biosynthesis. To keep SAMe levels high in the pathways of the recombinant host and decrease off-pathway usage of SAMe, the SPE2 gene may be deleted in the recombinant host, thereby blocking the conversion of SAMe to spermidine. Glycogen biosynthesis consumes ATP, which is required for the conversion of L-methionine to SAMe. The gene encoding the enzyme Glc3 may be deleted in the recombinant host, thereby reducing production of glycogen, maintaining higher levels of ATP in the host cell, and increasing on-pathway flux of SAMe for methyltransferase activity. FIG. 10 depicts a recombinant host modified to express the enzymes enabling uptake and biosynthesis of indole and tryptamine precursors and the enzymes to create tryptamine, DMTP, DMT, and related substituted indole and tryptamine compounds.

Recombinant Enzymes and Regulatory Proteins

The present invention is also directed to a non-naturally occurring enzyme or regulatory protein comprising an amino acid sequence encoded by any of the nucleic acids described above. In some embodiments, the amino acid sequence is 85%, 90%, 95%, 98%, or 100% identical to any one of SEQ ID NO:290-578. In these embodiments, the enzyme or regulatory protein can be isolated in vitro and used in vitro to provide enzyme activity. Alternatively, as discussed above, the enzyme can be expressed in a recombinant organism, e.g., a microorganism or a plant. In some of these embodiments, the recombinant microorganism is a bacterium, for example an E. coli. In other embodiments, the recombinant microorganism is a yeast cell, e.g., a species of Saccharomyces (for example S. cerevisiae), Candida, Pichia, Schizosaccharomyces, Scheffersomyces, Blakeslea, Rhodotorula, Aspergillus or Yarrowia.

Methods

The systems and methods herein include: (i) growing modified recombinant host cells and thereby yielding a recombinant host organism; (ii) expressing engineered indole and tryptamine biosynthesis genes and enzymes in the recombinant host organism; (iii) producing or synthesizing substituted indoles and tryptamines in the recombinant host organism; (iv) fermenting the recombinant host organism; and (v) isolating the substituted indoles and tryptamines from the recombinant host organism. Endogenous pathways of the recombinant host can be modified by the systems and methods herein to produce high purity substituted indoles and tryptamines.

To produce the desired substituted indole, the nucleic acid encoding the enzymes and/or regulatory proteins are introduced into a host cell using standard cell (e.g., yeast) transformation techniques (Green and Sambrook, 2012). Cells are subjected to fermentation under conditions that activate the promoter controlling the synthesis of the enzyme and/or regulatory protein. The broth may be subsequently subjected to HPLC analysis to determine the presence or yield of the desired substituted indole, as in FIGS. 17-24 and 26 .

In various embodiments, the host cells are provided with various feedstocks to drive production of the desired substituted indole, e.g., glucose, fructose, sucrose, ethanol, fatty acids, glycerol, molasses, corn steep liquor, dairy, fish waste, etc. for example as discussed in U.S. Pat. Application 17/078636.

In some embodiments, for recombinant enzyme purification, the gene encoding the enzyme and/or regulatory protein is cloned into an expression vector such as the pET expression vectors from Novagen, transformed into a protease deficient strain of E. coli such as BL21 and expressed by induction with IPTG. The protein of interest may be tagged with an affinity tag to facilitate purification, e.g. hexahistidine, GST, calmodulin, TAP, AP, CAT, HA, FLAG, MBP etc. Coexpression of a bacterial chaperone such as dnaK, GroES/GroEL or SecY may help facilitate protein folding. See Green and Sambrook (2012).

Any of the enzymes and/or regulatory proteins described above can also be produced in transgenic plants, using techniques known in the art (see, e.g., Keshavareddy et al., 2018). In these embodiments, the above-described nucleic acid encoding the enzyme and/or regulatory protein further comprises a promoter functional in a plant. In various embodiments, the nucleic acid is in a plant expression cassette. Any plant capable of being transformed with the nucleic acid can be utilized here. In some embodiments, the plant is a tobacco or cannabis.

Preferred embodiments are described in the following examples. Other embodiments within the scope of the claims herein will be apparent to one skilled in the art from consideration of the specification or practice of the invention as disclosed herein. It is intended that the specification, together with the examples, be considered exemplary only, with the scope and spirit of the invention being indicated by the claims, which follow the examples.

In the examples below, genetically engineered host cells may be any species of yeast herein, including but not limited to any species of Saccharomyces, Candida, Schizosaccharomyces, Yarrowia, etc., which have been genetically altered to produce precursor molecules, intermediate molecules, and psilocybin molecules. Additionally, genetically engineered host cells may be any species of filamentous fungus, including but not limited to any species of Aspergillus, which have been genetically altered to produce precursor molecules such as L-tryptophan and substituted indole and tryptamine molecules. Some of the species of yeast herein for the recombinant host organism include but are not limited to: Schizosaccharomyces cerevisiae, Schizosaccharomyces japonicus, Schizosaccharomyces pombe, Schizosaccharomyces cryophilus, Saccharomyces cerevisiae, Kluyveromyces lactis, Kluyveromyces dobzhanskii, and Yarrowia lipolytica.

In these examples, the gene sequences from gene source organisms are codon optimized to improve expression using techniques disclosed in U.S. Pat.10,435,727.

DNA sequences are synthesized and cloned using techniques known in the art. Gene expression can be controlled by inducible or constitutive promoter systems using the appropriate expression vectors. Genes are transformed into an organism using standard yeast or fungus transformation methods to generate modified host strains (i.e., the recombinant host organism). The modified strains express genes for: (i) producing L-tryptophan, SAMe and precursor molecules to L-tryptophan and SAMe; (ii) increasing an output of L-tryptophan molecules and precursor molecules to L-tryptophan and SAMe molecules; (iii) increasing the import of exogenous L-tryptophan, L-methionine, SAMe and TMG into the host strain; and (iv) the genes for biosynthetic pathways that generate DMT, DMTP, bufotenine, 5-MeO-DMT and all intermediate indole and tryptamine compounds synthesized and described herein. In the presence or absence of exogenous L-tryptophan, L-methionine, SAMe, TMG, 5-HTP, melatonin, and serotonin, fermentations are run to determine if the cell will convert the fed precursors into tryptamine, serotonin, methylated versions of serotonin, melatonin, or methylated versions of melatonin. The L-tryptophan, SAMe, hydroxylation, decarboxylation, and methylation pathway genes herein can be integrated into the genome of the cell or maintained as an episomal plasmid. Samples are: (i) prepared and extracted using a combination of fermentation, dissolution, and purification steps; and (ii) analyzed by HPLC for the presence of directing molecules (e.g., SAMe and L-tryptophan), precursor molecules, intermediate molecules, and target molecules such as bufotenine and 5-MeO-DMT.

Using the systems and methods herein, the genes which can be expressed to encode for a corresponding enzyme or other type of proteins include but are not limited to: ENO2, TAL1, ARO1, ADK1, MUP1, SAM2, MHT1, SAM4, SAM3, TAT2, AADC, TRPM, INMT, TPH, genes encoding enzymes for the BH4 biosynthesis pathway, genes encoding enzymes for the BH4 regeneration pathway, T5H, IOMT, caffOMT, NAT, DAC, T4H, PsiK, oxidase, phosphatase, TrpHalo, DMAT, T4H-CPR, T5H-CPR, TrpS, and ATMT. For example, the AADC gene is expressed, or overexpressed, to encode for the aromatic amino decarboxylase enzyme; the TRPM gene is expressed to encode for the TrpM enzyme; and so forth. Gene sequences can be determined using standard techniques known in the art, e.g., the techniques disclosed in U.S. Pat. 10,671,632.

EXAMPLES Example 1 - Construction of Saccharomyces Cerevisiae Platform Strains With Elevated Indole and Tryptamine Precursors

The construction of Saccharomyces cerevisiae platform strains with elevated metabolic flux towards L-tryptophan is carried out by overexpressing five optimized enzymes in or upstream of the shikimate pathway to make the aromatic compound intermediate, chorismate, and one optimized enzyme in the tryptophan pathway to make L-tryptophan. Further, tryptophan levels in the cell are enhanced with the expression of TAT2, a tryptophan importer, and L-tryptophan supplementation in the media up to 1% mass to volume. Finally, five enzymes are deleted in the cell to decrease off-pathway consumption of the L-tryptophan. The genetically modified host described herein can be the same host used for production of psilocybin and DMT as both production pathways use the precursor, L-tryptophan. A specific description of the strain with elevated L-tryptophan is disclosed in U.S. Pat. Publication 2021/0147888.

Example 2 - Construction of Saccharomyces Cerevisiae Platform Strains With Synthesis of Methyl Donor

Construction of Saccharomyces cerevisiae platform strains with elevated SAMe production is carried out via expression of SAM2, a SAMe synthetase gene. The SAM2 gene is cloned from Saccharomyces cerevisiae using techniques known in the art. The gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the SAM2 gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 3 - Construction of Saccharomyces Cerevisiae Platform Strains With Elevated Methyl Donor Production

Construction of Saccharomyces cerevisiae platform strains with elevated SAMe production via expression of the ADK1, adenylate kinase gene. The ADK1 gene is cloned from Saccharomyces cerevisiae using techniques known in the art. The gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the ADK1 gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Further SAM accumulation for methyl donor availability is achieved herein by engineering the homocysteine to methionine side of the methylation pathway. SAH is generated after methylation of serotonin and other intermediates to produce bufotenine and other compounds described herein. SAH is recycled back to methionine after methyl donation by TMG (trimethylglycine) or betaine. TMG is fed to the cells up to 1% (v/v) in the growth media. Two Saccharomyces cerevisiae genes, MHT1 and SAM4 encode the enzymes, Mht1 and Sam4, that are responsible for homocysteine re-methylation using TMG as a methyl donor. MHT1 and SAM4 are overexpressed from a high copy vector with a strong promoter.

Example 4 - Construction of Saccharomyces Cerevisiae Platform Strains With Enhanced Uptake of Methyl Donor Precursors

Construction of Saccharomyces cerevisiae platform strains with elevated SAMe production is carried out via expression of MUP1, the methionine permease gene. The MUP1 gene is cloned from Saccharomyces cerevisiae using techniques known in the art. The gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the MUP1 gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 5 - Construction of Saccharomyces Cerevisiae Platform Strains With Enhanced Uptake of Methyl Donors

Herein we describe a strategy to increase the SAM accumulation by increasing transport of exogenous SAM into the cell. SAM levels are increased by overexpressing the gene, SAM3. SAM3 encodes for the Sam3 protein, the predominant Saccharomyces cerevisiae transporter that is responsible for SAM import. SAM3 is expressed from a high-copy vector with a strong promoter and media is supplemented with 0.5 - 1.0 mM SAMe.

Example 6 - Construction of Saccharomyces Cerevisiae Platform Strains With Decreased Off-Pathway Flux of Methyl Donors

Construction of Saccharomyces cerevisiae platform strains with elevated metabolic flux towards SAMe is carried out via deletion of SPE2 to reduce SAMe decarboxylation. Deletion of SPE2 is performed by replacement of the SPE2 gene with the URA3 cassette in the recombinant host. The SPE2 URA3 knockout fragment, carrying the marker cassette, URA3, and homologous sequence to the targeted gene, SPE2, can be generated by bipartite PCR amplification. The PCR product is transformed into a recombinant host and transformants can be selected on synthetic URA drop-out media. Further verification of the modification in said strain can be carried out by genome sequencing, then analyzed by the techniques disclosed in U.S. Pat. 10,671,632.

Example 7 - Construction of Saccharomyces Cerevisiae Platform Strains With Decreased Off-Pathway Flux of Methyl Donor Precursors

Saccharomyces cerevisiae platform strains are constructed with elevated metabolic flux towards SAMe via deletion of GLC3 to reduce ATP consumption. Deletion of GLC3 is performed by replacement of the GLC3 gene with the URA3 cassette in the recombinant host. The GLC3 URA3 knockout fragment, carrying the marker cassette, URA3, and homologous sequence to the targeted gene, GLC3, can be generated by bipartite PCR amplification. The PCR product is transformed into a recombinant host and transformants can be selected on synthetic URA drop-out media. Further verification of the modification in said strain can be carried out by genome sequencing and analyzed by the techniques disclosed in U.S. Pat. 10,671,632.

Example 8 - Construction of Saccharomyces Cerevisiae Platform Strains With Increased Tryptophan Accumulation

Saccharomyces cerevisiae platform strains with accumulation of tryptophan are generated by deletion of BNA2. Bna2 is an enzyme necessary for de novo NAD+ production from tryptophan. Deletion of BNA2 is performed by replacement of the BNA2 gene with the URA3 cassette in the recombinant host. The BNA2 URA3 knockout fragment, carrying the marker cassette, URA3, and homologous sequence to the targeted gene, BNA2, can be generated by bipartite PCR amplification. The PCR product is transformed into a recombinant host and transformants can be selected on synthetic URA drop-out media. Further verification of the modification in said strain can be carried out by genome sequencing and analyzed by the techniques disclosed in U.S. Pat. 10,671,632.

Example 9 - Expression of Recombinant L-Tryptophan Methyltransferases in a Modified Host Organism

Construction of Saccharomyces cerevisiae NMTP, DMTP, and TMTP production strains is carried out via expression of the TrpM methyltransferase gene. The optimized TrpM gene is synthesized using DNA synthesis techniques known in the art. The optimized gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized TrpM gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 10 - Expression of Recombinant Aromatic Amino Acid Decarboxylases in a Modified Host Organism

Construction of Saccharomyces cerevisiae tryptamine production strains is carried out via expression of the AADC gene which encodes the enzyme that converts L-tryptophan to tryptamine. AACD also encodes the enzyme that converts 5HTP to serotonin. This specific conversion may be carried out by the same enzyme encoded by the AADC gene that converts L-tryptophan to tryptamine. It also may be carried out by the gene product of a novel AADC described herein. The optimized AADC gene is synthesized using DNA synthesis techniques known in the art. The optimized gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized AADC gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 11 - Expression of Recombinant L-Tryptophan Hydroxylases in a Modified Host Organism

Construction of the Saccharomyces cerevisiae 5-HTP production strains is carried out via expression of the gene that encodes tryptophan hydroxylase. 5-HTP is a precursor compound for production of serotonin and variants described herein. Tryptophan hydroxylase activity is dependent on the availability of the BH4 cofactor. The optimized TPH, BH4 biosynthesis and BH4 regeneration genes are synthesized using DNA synthesis techniques known in the art. The optimized genes can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized TPH, BH4 biosynthesis and BH4 regeneration genes are inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 12 - Expression of Recombinant Tryptamine 5-Hydroxylases in a Modified Host Organism

Construction of the Saccharomyces cerevisiae serotonin production strains is carried out via expression of the gene that encodes tryptamine 5-hydroxylase (T5H). 5-HT or serotonin is a precursor compound for production of bufotenine and variants described herein. T5H activity is dependent on the availability of the intermediate indole compound, tryptamine, production of which is disclosed in U.S. Pat. Publication 2021/0147888 and further described herein.

T5H, as a cytochrome p450-containing monooxygenase, is also dependent on the cytochrome p450 reductase enzyme (CPR) for full activity. The CPR facilitates electron transfer from the NAD(P)H. The optimized T5H and CPR genes are synthesized using DNA synthesis techniques known in the art. The optimized genes can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized T5H and CPR genes are inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 13 - Expression of Recombinant Indolethylamine-N-Methyltransferase (INMT) in a Modified Host Organism

Construction of Saccharomyces cerevisiae DMT production strains is carried out via expression of the INMT gene which encodes the enzyme that methylates tryptamine to DMT. INMT also encodes the enzyme that converts serotonin to bufotenine. Finally, INMT encodes the enzyme that converts 5-MeO-tryptamine to 5-Meo-DMT. These unique conversions may be carried out by the same enzyme encoded by the INMT gene that converts tryptamine to DMT. It also may be carried out by the gene product of a novel INMT described herein. The optimized INMT gene is synthesized using DNA synthesis techniques known in the art. The optimized gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized INMT gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 14 - Expression of 5-Hydroxyindole-O-Methyltransferase (IOMT) or Caffeic Acid-O-Methyltransferase (CaffOMT) in a Modified Host Organism

Construction of Saccharomyces cerevisiae 5-MeO-DMT production strains is carried out via expression of the IOMT gene which encodes the enzyme that methylates the 5-OH in bufotenine, an intermediate derived from the INMT conversion of serotonin, described herein. The IOMT gene also encodes for the enzyme that converts serotonin to 5-MeO-tryptamine in the first intermediate to make melatonin. The IOMT enzyme also methylates the 5-OH of N-acetyl-serotonin to generate melatonin as an intermediate to make 5-MeO-tryptamine and further, 5-MeO-DMT. Alternatively, the enzyme that converts serotonin to 5-MeO-tryptamine can be carried out with a CaffOMT enzyme, an enzyme shared with the phenylpropanoid biosynthesis pathway. This same CaffOMT enzyme can also methylate N-acetyl-serotonin to generate melatonin. The optimized IOMT or CaffOMT gene is synthesized using DNA synthesis techniques known in the art. The optimized gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized IOMT or CaffOMT gene is inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene can be screened by rescue of auxotrophy and genome sequencing.

Example 15 - Expression of Recombinant N-acetyl Transferase (NAT) and Melatonin Deacetylase (NAD) in a Modified Host Organism

Construction of Saccharomyces cerevisiae 5-MeO-DMT production strains can alternatively be carried out via expression of the two more enzymes, NAT and NAD. NAT acetylation of serotonin produces the intermediate N-acetyl-serotonin or NAS. NAS is converted to melatonin with the IOMT (or CaffOMT) enzyme described herein. DAC deacetylases melatonin to 5-MeO-tryptamine which is converted to 5-MeO-DMT via the INMT enzyme described herein. The optimized NAT and DAC genes are synthesized using DNA synthesis techniques known in the art. The optimized gene can be cloned into vectors with the proper regulatory elements for gene expression (e.g. promoter, terminator) and the derived plasmid can be confirmed by DNA sequencing. As an alternative to expression from an episomal plasmid, the optimized NAT and DAC genes are inserted into the recombinant host genome. Integration is achieved by a single cross-over insertion event of the plasmid. Strains with the integrated gene(s) can be screened by rescue of auxotrophy and genome sequencing.

Example 16 - Construction of Saccharomyces Cerevisiae Platform Strains With Accumulation of Serotonin

Serotonin is the precursor molecule for both bufotenine and 5-MeO-DMT. Construction of a Saccharomyces cerevisiae serotonin strain is carried out by expression of AADC and TPH or AADC and T5H genes described herein for the enzymatic conversion of L-tryptophan to serotonin. Exogenous serotonin is also fed to the strains to increase precursor levels at concentrations of 0.5 mM to 2 mM. Exogenous 5-HTP with expression of the AADC gene is fed to the cells as a mechanism to increase the serotonin precursor.

In order to accumulate serotonin in the cell and prevent off pathway conversion of serotonin to unwanted products, the endogenous Saccharomyces cerevisiae gene, PAA1 (YDR071C) is deleted. PAA1 is a polyamine acetyltransferase that would acetylate serotonin and use up valuable acetyl-CoA.

Example 17 - Method of Growth

Modified host cells that yield substituted indoles and tryptamine compounds, such as a bufotenine-producing strain herein, express engineered bufotenine biosynthesis genes and enzymes. More specifically, the bufotenine-producing strain herein is grown in a minimal, complete culture media containing yeast nitrogen base, amino acids, vitamins, ammonium sulfate, and a carbon source of glucose and galactose. The recombinant host cells are grown in 24-well plates or shake flasks in a volume range of 2 mL to 100 mL of media starting from an inoculation density of OD_(600nm)=1. Exogenous serotonin, melatonin, tryptamine, 5HTP, SAMe and TMG can be added to media to supplement the precursor pool for final compound production or support methyl donor accumulation.

Example 18 - Conversion of Melatonin to 5-Methoxy-Tryptamine Using a Bio-Based Enzyme Factory

Herein we describe a strategy for 5-methoxy-tryptamine (5-MT) production by recombinant expression and secretion of the melatonin deacetylase, DAC in BL21(DE3)pLysS E. coli. The DAC enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the lactose analog, β-D-thiogalactoside (IPTG) 2) an N-terminal secretory signal peptide [MKKTAIAIAVALAGFATVAQA (SEQ ID NO:286,575)] and 3) C-terminal fusion to a HIS tag for purification. E. coli cells harboring the NAD-expression vector are grown in M9 minimal media with 1% glucose for 18h at 37° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh M9 minimal media with 1% glucose and 0.2 mM IPTG. After a 3 h induction at 18° C. and 300 rpm shaking, melatonin is added to the media at a final concentration of 1-2 mM. Cells are grown at room temperature for 48 h, shaking at 300 rpm. Media is collected at 24 h and 48 h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compound, 5-methoxy-tryptamine (5-MT) by recombinant expression and secretion of the melatonin deacetylase, DAC in Saccharomyces cerevisiae. The DAC enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the sugar, galactose 2) an N-terminal alpha factor secretion leader sequence, [MEGVSLEKREAEA (SEQ ID NO:574] and 3) c-terminal fusion to a HIS tag for purification. Saccharomyces cerevisiae cells harboring the DAC-expression vector are grown in CM minimal media with 2% glucose for 18 h at 30° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh CM minimal media with 2% galactose. After 24 h of induction at 30° C. and 300 rpm shaking, melatonin is added to the media at a final concentration of 1-2 mM. Cells are grown at 30° C. and 300 rpm shaking for 48 h. Media is collected at 24 h and 48 h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compound, 5-methoxy-tryptamine (5-MT) by recombinant expression and secretion of the melatonin deacetylase (DAC) in Komagataella phaffii (Pichia pastoris). The DAC enzyme is cloned into a high-copy vector with key features that allow 1) induction by methanol with the AOX1 promoter and 2) a secretion signal consisting of the α-factor pro region. K. phaffii cells harboring the DAC enzyme are inoculated into 5 mL of YPD in a 15-mL culture tube. After a day of incubation at 30° C. with shaking at 220 rpm, an aliquot of the culture is diluted to an OD₆₀₀=0.2 in 5 mL of BMG (buffered minimal glycerol media) in a 15-mL culture tube. This tube is incubated under the same conditions as before. The following day, the culture is centrifuged at 3000 rpm (2000×g) for 5 min and resuspended in 25 mL BMM (buffered minimal methanol media) to attain an OD₆₀₀ = 1.0. 25 mL of this culture is placed in a 250-mL baffled flask, and during this induction phase, the cells are incubated at 25° C. with shaking at 150 rpm to reduce loss of methanol. After 1 day of induction, an additional dose of 125 µL methanol is added (yielding a final concentration of 0.5%), melatonin is added to the media at a final concentration of 1-2 mM, and the incubation is continued for another day. After 48 h of induction, media is collected at at 24 h and 48 h and analyzed by HPLC as described herein.

Example 19 - Conversion of Melatonin to 5-Methoxy-NMT, 5-Methoxy-DMT, and 5-Methoxy-TMT Using a Bio-Based Enzyme Factory

Herein we describe a strategy for 5-MeO-NMT, 5-MeO-DMT, and 5-MeO-TMT production by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in in BL21(DE3)pLysS E. coli. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the lactose analog, β-D-thiogalactoside (IPTG) 2) an N-terminal secretory signal peptide [MKKTAIAIAVALAGFATVAQA (SEQ ID NO:574)] and 3) C-terminal fusion to a HIS tag for purification. E. coli cells harboring the INMT-expression vector are grown in M9 minimal media with 1% glucose for 18 h at 37° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh M9 minimal media with 1% glucose and 0.2 mM IPTG. After a 3 h induction at 18° C. and 300 rpm shaking, melatonin is added to the media at a final concentration of 1-2 mM and SAMe is added to the media at a final concentration of 1-2 mM. Cells are grown at room temperature for 48 h, shaking at 300 rpm. Media is collected at 24h and 48h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compounds, 5-MeO-NMT, 5-MeO-DMT, and 5-MeO-TMT by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in Saccharomyces cerevisiae. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the sugar, galactose 2) an N-terminal alpha factor secretion leader sequence, [MEGVSLEKREAEA (SEQ ID NO:574)] and 3) c-terminal fusion to a HIS tag for purification. Saccharomyces cerevisiae cells harboring the INMT-expression vector are grown in CM minimal media with 2% glucose for 18 h at 30° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh CM minimal media with 2% galactose. After 24 h of induction at 30° C. and 300 rpm shaking, melatonin is added to the media at a final concentration of 1-2 mM and SAMe is added to the media at a final concentration of 1-2 mM. Cells are grown at 30° C. and 300 rpm shaking for 48h. Media is collected at 24 h and 48 h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compounds, 5-MeO-NMT, 5-MeO-DMT, and 5-MeO-TMT by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in Komagataella phaffii. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) induction by methanol with the AOX1 promoter and 2) a secretion signal consisting of the α-factor pro region. K. phaffii cells harboring the DAC enzyme are inoculated into 5 mL of YPD in a 15-mL culture tube. After a day of incubation at 30° C. with shaking at 220 rpm, an aliquot of the culture is diluted to an OD₆₀₀=0.2 in 5 mL of BMG (buffered minimal glycerol media) in a 15-mL culture tube. This tube is incubated under the same conditions as before. The following day, the culture is centrifuged at 3000 rpm (2000×g) for 5 min and resuspended in 25 mL BMM (buffered minimal methanol media) to attain an OD₆₀₀ = 1.0. 25 mL of this culture is placed in a 250-mL baffled flask, and during this induction phase, the cells are incubated at 25° C. with shaking at 150 rpm to reduce loss of methanol. After 1 day of induction, an additional dose of 125 µL methanol is added (yielding a final concentration of 0.5%), melatonin is added to the media at a final concentration of 1-2 mM, SAMe is added to the media at a final concentration of 1-2 mM, and the incubation is continued for another day. After 48 h of induction, media is collected at 24 h and 48 h and analyzed by HPLC as described herein.

Example 20 - Conversion of Tryptamine to NMT, DMT, and TMT Using a Bio-Based Enzyme Factory

Herein we describe a strategy for NMT, DMT, and TMT production by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in BL21(DE3)pLysS E. coli. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the lactose analog, β-D-thiogalactoside (IPTG) 2) an N-terminal secretory signal peptide [MKKTAIAIAVALAGFATVAQA (SEQ ID NO:574)] and 3) C-terminal fusion to a HIS tag for purification. E. coli cells harboring the INMT-expression vector are grown in M9 minimal media with 1% glucose for 18 h at 37° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh M9 minimal media with 1% glucose and 0.2 mM IPTG. After a 3h induction at 18° C. and 300 rpm shaking, tryptamine is added to the media at a final concentration of 1-2 mM and SAMe is added to the media at a final concentration of 1-2 mM. Cells are grown at room temperature for 48 h, shaking at 300 rpm. Media is collected at 24 h and 48h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compounds, NMT, DMT, and TMT by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in Saccharomyces cerevisiae. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the sugar, galactose 2) an N-terminal alpha factor secretion leader sequence, [MEGVSLEKREAEA (SEQ ID NO:574)] and 3) c-terminal fusion to a HIS tag for purification. Saccharomyces cerevisiae cells harboring the INMT-expression vector are grown in CM minimal media with 2% glucose for 18 h at 30° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh CM minimal media with 2% galactose. After 24h of induction at 30° C. and 300 rpm shaking, tryptamine is added to the media at a final concentration of 1-2 mM and SAMe is added to the media at a final concentration of 1-2 mM. Cells are grown at 30° C. and 300 rpm shaking for 48 h. Media is collected at 24h and 48h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compounds, NMT, DMT, and TMT by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in Komagataella phaffii. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) induction by methanol with the AOX1 promoter and 2) a secretion signal consisting of the α-factor pro region. K. phaffii cells harboring the DAC enzyme are inoculated into 5 mL of YPD in a 15-mL culture tube. After a day of incubation at 30° C. with shaking at 220 rpm, an aliquot of the culture is diluted to an OD₆₀₀=0.2 in 5 mL of BMG (buffered minimal glycerol media) in a 15-mL culture tube. This tube is incubated under the same conditions as before. The following day, the culture is centrifuged at 3000 rpm (2000×g) for 5 min and resuspended in 25 mL BMM (buffered minimal methanol media) to attain an OD₆₀₀ = 1.0. 25 mL of this culture is placed in a 250-mL baffled flask, and during this induction phase, the cells are incubated at 25° C. with shaking at 150 rpm to reduce loss of methanol. After 1 day of induction, an additional dose of 125 µL methanol is added (yielding a final concentration of 0.5%), tryptamine is added to the media at a final concentration of 1-2 mM, SAMe is added to the media at a final concentration of 1-2 mM, and the incubation is continued for another day. After 48 h of induction, media is collected at at 24 h and 48 h and analyzed by HPLC as described herein.

Example 21 - Conversion of Serotonin to 5-OH-NMT, 5-OH-DMT, and 5-OH-TMT Using a Bio-Based Enzyme Factory

Herein we describe a strategy for 5-OH-NMT, 5-OH-DMT, and 5-OH-TMT production by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in BL21(DE3)pLysS E. coli. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the lactose analog, β-D-thiogalactoside (IPTG) 2) an N-terminal secretory signal peptide [MKKTAIAIAVALAGFATVAQA (SEQ ID NO:574)] and 3) C-terminal fusion to a HIS tag for purification. E. coli cells harboring the INMT-expression vector are grown in M9 minimal media with 1% glucose for 18 h at 37° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh M9 minimal media with 1% glucose and 0.2 mM IPTG. After a 3 h induction at 18° C. and 300 rpm shaking, serotonin is added to the media at a final concentration of 5 mM and SAMe is added to the media at a final concentration of 1-2 mM. Cells are grown at room temperature for 48 h, shaking at 300 rpm. Media is collected at 24 h and 48 h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compounds, 5-OH-NMT, 5-OH-DMT, and 5-OH-TMT by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in Saccharomyces cerevisiae. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the sugar, galactose 2) an N-terminal alpha factor secretion leader sequence, [MEGVSLEKREAEA (SEQ ID NO:574)] and 3) c-terminal fusion to a HIS tag for purification. Saccharomyces cerevisiae cells harboring the INMT-expression vector are grown in CM minimal media with 2% glucose for 18h at 30° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh CM minimal media with 2% galactose. After 24 h of induction at 30° C. and 300 rpm shaking, serotonin is added to the media at a final concentration of 5 mM and SAMe is added to the media at a final concentration of 1-2 mM. Cells are grown at 30° C. and 300 rpm shaking for 48 h. Media is collected at 24 h and 48 h and analyzed by HPLC as described herein.

Alternatively, we describe a strategy for production of the compounds, 5-OH-NMT, 5-OH-DMT, and 5-OH-TMT by recombinant expression and secretion of the indolethylamine-N-methyltransferase (INMT) in Komagataella phaffii. The INMT enzyme is cloned into a high-copy vector with key features that allow 1) induction by methanol with the AOX1 promoter and 2) a secretion signal consisting of the α-factor pro region. K. phaffii cells harboring the DAC enzyme are inoculated into 5 mL of YPD in a 15-mL culture tube. After a day of incubation at 30° C. with shaking at 220 rpm, an aliquot of the culture is diluted to an OD₆₀₀=0.2 in 5 mL of BMG (buffered minimal glycerol media) in a 15-mL culture tube. This tube is incubated under the same conditions as before. The following day, the culture is centrifuged at 3000 rpm (2000×g) for 5 min and resuspended in 25 mL BMM (buffered minimal methanol media) to attain an OD₆₀₀ = 1.0. 25 mL of this culture is placed in a 250-mL baffled flask, and during this induction phase, the cells are incubated at 25° C. with shaking at 150 rpm to reduce loss of methanol. After 1 day of induction, an additional dose of 125 µl methanol is added (yielding a final concentration of 0.5%), serotonin is added to the media at a final concentration of 5 mM, SAMe is added to the media at a final concentration of 1-2 mM and the incubation is continued for another day. After 48 h of induction, media is collected at 24 h and 48 h and analyzed by HPLC as herein.

Example 22 - Purification of Recombinant INMT Enzyme to Use for in vitro Reactions

The INMT enzyme is cloned into a high-copy vector with key features that allow 1) tight induction by the lactose analog, β-D-thiogalactoside (IPTG) 2) an N-terminal secretory signal peptide [MKKTAIAIAVALAGFATVAQA (SEQ ID NO:574] and 3) C-terminal fusion to a HIS tag for purification. E. coli cells harboring the INMT-expression vector are grown in M9 minimal media with 1% glucose for 18 h at 37° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh M9 minimal media with 1% glucose and 0.2 mM IPTG and grown for 48 h.

The supernatant containing the recombinant proteins is equilibrated in binding buffer (50 mM sodium phosphate, 0.5 M NaCl, 20 mM imidazole, 10% glycerol, 10 mM 2-mercaptoethanol, 1 mM PMSF, Complete EDTA-free (1 tablet/100 ml), 20 mM 1-phenyl-2- thio-urea; pH 7.4) and centrifuged at 2,500 g for 5 min to remove insoluble matter. Then the supernatant is filtered through a 0.45 µm filter (Millipore, MA, USA) and applied onto a HisTrap HP column (GE Healthcare Bioscience). The recombinant proteins are eluted with a step gradient of imidazole (concentrations of 5, 20, 40 and 300 mM). Fractions are analyzed by SDS-PAGE and stored at -80° C. before use.

Example 23 - In Vitro Reactions With Purified INMT Enzyme or INMT Lysate

Purified INMT protein is resuspended in activity buffer [100 mM sodium phosphate buffer, pH 6.55, PMSF (1 mM), EDTA-free protease inhibitor] cocktail at working concentration (Roche, Meylan, France) for use in in vitro assays. 0.1 mg/mL of INMT protein is added to a tube with a final volume of 600 uL per sample and added to 100 mM sodium phosphate buffer (pH 7.5), 2 mM tryptamine, serotonin, or melatonin, 2 mM S-adenosylmethionine, and 5 mM MgCl₂.

Alternatively, 0.1 mg/mL BSA protein-equivalent of INMT lysate is used in the same reaction. INMT lysate is derived from E. coli cells harboring the INMT-expression vector. They are grown in M9 minimal media with 1% glucose for 18 h at 37° C. and shaking at 300 rpm. Concentrated cell culture is diluted to an OD₆₀₀ =1 in fresh M9 minimal media with 1% glucose and 0.2 mM IPTG and grown for 48 h. Cell pellets are resuspended in 100 mM sodium phosphate buffer at pH 7.5 and lysed using sonication. After lysis, samples are pelleted by centrifugation (16,000 g, 4° C., 20 min) and supernatant containing INMT is harvested.

Example 24 - Method of Growth

Modified host cells that yield substituted indoles and tryptamine compounds, such as the DMTP-producing strain herein, express engineered DMTP biosynthesis genes and enzymes. More specifically, the DMTP-producing strain herein is grown in a minimal, complete culture media containing yeast nitrogen base, amino acids, vitamins, ammonium sulfate, and a carbon source of glucose and galactose. The recombinant host cells are grown in 24-well plates or shake flasks in a volume range of 2 mL to 100 mL of media starting from an inoculation density of OD600nm=1. Exogenous L-tryptophan and L-methionine up to 1% can be added to media to supplement the precursor pool for DMTP production. Exogenous L-tryptophan can be taken up by strains expressing the TAT2 L-tryptophan importer protein. Exogenous L-methionine can be taken up by strains expressing the MUP1 L-methionine permease protein. The strains herein can be harvested during a fermentation period ranging from 12 hours onward from the start of pathway enzyme induction.

Example 25 - Detection of Isolated Product

To identify fermentation-derived tryptamine, DMTP, NMT, DMT, and all other products of a recombinant host expressing an engineered biosynthetic pathway for substituted indoles (see FIG. 11 ), an Agilent 1100 series liquid chromatography (LC) system equipped with a HILIC column (Primesep 100, SIELC, Wheeling, IL USA) is used. A gradient is used of mobile phase A (ultraviolet (UV) grade H₂O+0.2% TFA) and mobile phase B (UV grade acetonitrile+0.2% TFA). Column temperature is set at 40° C. Compound absorbance is measured at 270 nm using a diode array detector (DAD) and spectral analysis from 200 nm to 400 nm wavelengths. A secondary wavelength of 315 nm is used to selectively detect 4-hydroxy and 4-methoxy substituted indoles. A 0.1 milligram (mg)/milliliter (mL) analytical standard is made from certified reference material for each of the substituted indoles (Cayman Chemical Company, USA). Each sample is prepared by diluting fermentation biomass from a recombinant host expressing the engineered biosynthesis pathway 1: 1 in 100% ethanol and filtered in 0.2 um nanofilter vials. The retention time and UV-visible absorption spectrum (i.e., spectral fingerprints) of the samples are compared to the analytical standard retention time and UV-visible spectra (i.e. spectral fingerprint) when identifying the substituted indole compounds. For example, FIG. 17 depicts the detection of tryptamine isolated from a fermentation with a recombinant host expressing enzymes for L-tryptophan to tryptamine conversion. Detection and isolation is depicted by retention time matching of fermentation derived tryptamine with a tryptamine analytical standard, along with a matching UV-vis spectral fingerprint (i.e. spectral fingerprint) of the fermentation derived tryptamine with the tryptamine analytical standard. This also corroborates that the recombinant host is able to successfully convert L-tryptophan to tryptamine, which further validates that the systems and methods herein direct molecules into tryptamine pathways.

As another example, FIG. 18 depicts the production, detection, and isolation of the substituted indole, DMTP, from a fermentation of a modified recombinant host expressing the DMTP pathway. The retention time and UV-vis spectral absorption (i.e. spectral fingerprint) of the DMTP isolated from fermentation is identical to the retention time and UV-vis spectral absorption (i.e. spectral fingerprint) of the DMTP analytical standard. FIG. 18 also depicts a negative control fermentation from a host strain not expressing the TrpM enzyme or the DMTP pathway, and this strain does not produce DMTP. The modified host strain expressing the TrpM and DMTP producing pathway, highlighted in FIG. 18 , is able to produce DMTP. FIG. 26 depicts the production, isolation, and identification of the dimethylated tryptamine, DMT, derived from a fermentation of a recombinant host expressing the pathway for substituted indoles and tryptamines. The fermentation derived DMT is identified by matching retention times with the DMT analytical standard. Spectral library identification of the fermentation derived DMT matches the UV-vis absorption spectrum (i.e. spectral fingerprint) of the DMT analytical standard.

Example 26 - Synthetic Preparation of Substituted Indoles From Recombinant Host Products

In some instances, it may be preferable, for reasons of either cost or product quality, to utilize recombinant host pathways to accomplish the first part of a substituted indole synthesis and complete the remaining steps synthetically. The tryptamine, as obtained from the recombinant organism, is of a particular grade such that methylations with robust methylating agents selectively leads to mono- or di-methylation. One of ordinary skill in the art would appreciate this as improvement when a primary amine subjected to robust methylating agents as a mixture of alkylation products are not obtained, while obviating the need for tedious chromatography.

One example would be the production of tryptamine via fermentation of a recombinant host organism, followed by N,N-methylation via methylation chemistry to yield DMT. In one embodiment, the reaction of tryptamine would proceed with a 30-fold molar excess of dimethyl carbonate (DMC) under an inert atmosphere, utilizing a Y-type zeolite catalyst (see FIG. 25 . This reaction is carried out at 190° C. for 6 hours in a pressurized reactor vessel or autoclave; another embodiment would utilize a microwave oven for 15-60 minutes. The DMT product is recovered from the volatile DMC reactant via distillation. Another embodiment of the combined biosynthetic and chemical synthesis route is the production of tryptamine via recombinant host organism, followed by its reaction with DMC in the presence of the catalyst: 1,8-Diazabicyclo[5.4.0]undec-7-one (DBU). This catalyst can be used in a thermally heated reactor system at 90° C. for 6-24 hours or used in a pressurized microwave reactor system for less than one hour. Another embodiment of the combined biosynthetic and chemical synthesis route is the production of tryptamine via recombinant host organism, followed by its methylation to DMT using dimethylsulfoxide (DMSO). The catalysts for this system is acetic acid, and the reaction is carried out in a thermally heated reactor at 150° C. for 6-15 hours.

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In view of the above, it will be seen that several objectives of the invention are achieved and other advantages attained.

As various changes could be made in the above methods and compositions without departing from the scope of the invention, it is intended that all matter contained in the above description and shown in the accompanying drawings shall be interpreted as illustrative and not in a limiting sense.

All references cited in this specification, including but not limited to patent publications and non-patent literature, and references cited therein, are hereby incorporated by reference. The discussion of the references herein is intended merely to summarize the assertions made by the authors and no admission is made that any reference constitutes prior art. Applicants reserve the right to challenge the accuracy and pertinence of the cited references.

As used herein, in particular embodiments, the terms “about” or “approximately” when preceding a numerical value indicates the value plus or minus a range of 10%. Where a range of values is provided, it is understood that each intervening value, to the tenth of the unit of the lower limit unless the context clearly dictates otherwise, between the upper and lower limit of that range and any other stated or intervening value in that stated range is encompassed within the disclosure.

That the upper and lower limits of these smaller ranges can independently be included in the smaller ranges is also encompassed within the disclosure, subject to any specifically excluded limit in the stated range. Where the stated range includes one or both of the limits, ranges excluding either or both of those included limits are also included in the disclosure.

The indefinite articles “a” and “an,” as used herein in the specification and in the embodiments, unless clearly indicated to the contrary, should be understood to mean “at least one.”

The phrase “and/or,” as used herein in the specification and in the embodiments, should be understood to mean “either or both” of the elements so conjoined, i.e., elements that are conjunctively present in some cases and disjunctively present in other cases. Multiple elements listed with “and/or” should be construed in the same fashion, i.e., “one or more” of the elements so conjoined. Other elements can optionally be present other than the elements specifically identified by the “and/or” clause, whether related or unrelated to those elements specifically identified. Thus, as a non-limiting example, a reference to “A and/or B”, when used in conjunction with open-ended language such as “comprising” can refer, in one embodiment, to A only (optionally including elements other than B); in another embodiment, to B only (optionally including elements other than A); in yet another embodiment, to both A and B (optionally including other elements); etc.

As used herein in the specification and in the embodiments, “or” should be understood to have the same meaning as “and/or” as defined above. For example, when separating items in a list, “or” or “and/or” shall be interpreted as being inclusive, i.e., the inclusion of at least one, but also including more than one, of a number or list of elements, and, optionally, additional unlisted items. Only terms clearly indicated to the contrary, such as “only one of” or “exactly one of,” or, when used in the embodiments, “consisting of,” will refer to the inclusion of exactly one element of a number or list of elements. In general, the term “or” as used herein shall only be interpreted as indicating exclusive alternatives (i.e. “one or the other but not both”) when preceded by terms of exclusivity, such as “either,” “one of,” “only one of,” or “exactly one of.” “Consisting essentially of,” when used in the embodiments, shall have its ordinary meaning as used in the field of patent law.

As used herein in the specification and in the embodiments, the phrase “at least one,” in reference to a list of one or more elements, should be understood to mean at least one element selected from any one or more of the elements in the list of elements, but not necessarily including at least one of each and every element specifically listed within the list of elements and not excluding any combinations of elements in the list of elements. This definition also allows that elements can optionally be present other than the elements specifically identified within the list of elements to which the phrase “at least one” refers, whether related or unrelated to those elements specifically identified. Thus, as a non-limiting example, “at least one of A and B” (or, equivalently, “at least one of A or B,” or, equivalently “at least one of A and/or B”) can refer, in one embodiment, to at least one, optionally including more than one, A, with no B present (and optionally including elements other than B); in another embodiment, to at least one, optionally including more than one, B, with no A present (and optionally including elements other than A); in yet another embodiment, to at least one, optionally including more than one, A, and at least one, optionally including more than one, B (and optionally including other elements); etc.

SEQUENCE LISTING

Seq. ID No: 1

>6xHISCACCACCACCACCATCAC

Seq. ID No: 2

>AADC_1ATGGAAACGGTGAATAAATCTTGTTGCTCCTTAGCGACACCGC ATCTTCCTCTTATGTCACCGCACCTACTACACTCTCACAGGGACTCTCCC GTTCTTAAAATAATCCACTCTATTGTGCTGACTGTGCAGAATAACCATTC TTGCTTGCAGGCGTTTCTTGGGATTGGGACAGATAATGTAATCCTAGTAA AGACTAATGATAGGGGTAAAATGATACCAGAAGACCTGGACCATAAGATC CAGAAAGTCAAGTCCGAAGGTTCAGTTCCATTTCTGGTTTCAACTACCTG TGGGACAACCGTGTTCGGCGCGTTTGATCCATTAGAGGGCATTGCAGATG TTTGCGAACGTCATTCCCTGTGGCTGCATGTTGACGCTGCATGGGGAGGT TCAGCCCTTTTAAGCAGCCGTCACAGACATTTGCTTAAAGGCATCGAGAG GGCTGATAGTGTGACATGGAATCCTCATAAACTATTGGGTGTTGGACTGC AGTGTTCCGCCTTTTTGCTGCGTGATACGACTCAGTTACTAGAGAGGTGT CACGCTGCAAACGCAACGTATTTATTCCAGACCGATAAATTCTATAACCT GCAGTATGATACTGGTGATAAAAGCATTCAATGTGGAAGAAGGGTAGATT GCTTAAAGCTGTGGCTAATGTGGAAAGCCTTGGGATCGAAGGGTTTGGAA ACCAGAGTCGATAGAGTATTAGACCACACTAGGTACCTTGTAGAGGAAAT GAAGAGGAGGGAGGGATTTAGACTGATAATGGAGCCAGAATTTGTCAATT TATGCTTTTGGTACGTGCCTCCCTCTCTTAGGAACAAAGAGAATAGTCCA GATTTTTGGACCAGGTTGGGTAAAGTCGCCCCAGTCATAAAAGAGCGTAT GATGAAGAAAGGGTCAATGATGGTGGGCTACCAGCCTCACGGGAACATGG TTAACTTTTTCAGGCAGATAGTCGTGAATCCAGAAGTCACCAAAGAGGAC CTAGATTTCTTTCTTGATGAGATAGAGCGTTTAGCAGAGGACCTT

Seq. ID No: 3

>AADC_2ATGTGGGGTTGCGGGAACGGTGATTGTATCCACGTTTTACTGC TTATCAGCCATACGAGTCCACCACCCCTTAGTCCGCATCTGTTGCACTCC CACAGGGACTCCCCGGTTCTGAAAATCATCCACAGTATCGTCCTTACAGT CCAGAACAATCATTCCTGCCTACAGGGCCATGTGCCATTTTATGTTAGTG CCACTGCGGGAACAACGGTGTATGGAGCTTTCGATCCTTTCGTCAAGATT GCGGATATATGCCAGAAACACGGACTTTGGATGCTGCACGTAGACGCGGC TTGGGGTGGGGGTTTGCTTATGTCTCGAAAACACAGGCACAAGATGAACG GGATAGAAAGGGCGGACAGCGTGACTTGGAACCCACATAAGATGATGGGA GTCCTTTTGCAATGTAGTGCAATCCTTCTGAAGGAAAAGGGTATACTACA GGGTTGTAATCAAATGTGCGCAGGGTACTTATTTCAGCAGGACAAGCAAT ATGATATTTCTTACGATACCGGCGACAAAGCCATCCAGTGTGGCAGACAC GTTGATATTTTCAAATTTTGGCTGATGTGGAAAGCAAAAGGGACAGTTGG CTTCGAGCAACAAATTAACAAGTGCTTAGAGTTGTCCGAGTACCTATACT CTAAGATTTGCAACCGTGAAGATTTTGAGATGGTTTTTAAGGGAGAAGTG TCTTTACACCGTTTGGAAGAGGGAATTAAG

Seq. ID No: 4

>AADC_3ATGGAAACAGTGAACAAATCTTGTTGTTCATTAGCAACGCCGC ACCTTCCTCTTATGAGTCCACATTTGCTACACTCTCATAGAGACTCCCCA GTTCTTAAAATTATACATTCTATCGTCTTGACAGTGCAAAACAACCATTC CTGCTTACAAGGTCACGTCCCGTTCTATGTGAGCGCCACGGCGGGCACCA CAGTTTACGGAGCCTTTGATCCATTCGTTAAGATCGCTGACATATGCCAG AAGCACGGCTTGTGGATGCATGTAGATGCAGCATGGGGAGGCGGTCTTTT ACTGAGCAAAAAGCACAGGACGAAATTAAGTGGGATCGAGAGGGCAAATA GTGTGACTTGGAATCCTCACAAGATGATGGGGGTGCCACTTGTAAAAGAT AACATGGACCTTCTGAAGAGATGCCACTCCGCCGAAGCCAGTTACTTGTT TCAGCAGGATAAGTTCTATGACGTAAGATACGACACGGGAGACAAATCCA TCCAGTGTAGTAGGCGTGCGGATGCATTCAAGTTTTGGATGATGTGGAAG GCGCTGGGGACACTTGGGCTAGAGGAAAGGGTTAATCGTGCCCTGGCCCT GTCTAAGTACCTAGCCAAGGAGATCAAGAAAAGAGACGGATTTGAACTGA TTTGGGAGCCAGAATATGCTAACATCTGTTTTTGGTACATCCCACCGAGT TTACGTAAGATGGAAAATAAAGGTCCTGAGTACTGGCAAAGGTTAAACCA GGTCGCACCAACAATAAAAGAGCGTATGATGAAGAAGGGTTCCATGATGA TTGGATATCAGCCCCACCGTGACAAGGTGAACTTTTTCCGTCACATCATT ATTTCACCGCAGGTCAGTCGTGAGGATATGGACTTTGTCTTAGATGAGAT TGACTTACTTGGCCGTGACTTA

Seq. ID No: 5

>AADC_4ATGAATGCCTCAGAATTTCGTAGGAGGGGGAAGGAGATGGTCG ATTACGTAGCAAATTACATGGAAGGGATTGAGGGGCGTCAGGTATACCCA GACGTGGAACCTGGGTATTTAAGGCCGCTTATTCCAGCTGCAGCCCCACA GGAGCCCGATACCTTCGAAGACATCATAAATGACGTTGAGAAAATCATAA TGCCTGGCGTCACTCATTGGCATTCTCCATACTTTTTCGCCTACTTTCCC ACTGCTTCTTCCTACCCAGCCATGCTTGCAGACATGTTATGTGGCGCAAT AGGATGTATTGGGTTCTCCTGGGCGGCATCCCCCGCCTGCACGGAGCTAG AGACAGTTATGATGGATTGGTTGGGTAAAATGCTTGAGCTGCCCAAAGCG TTCTTGAACGAGAAGGCAGGAGAAGGGGGTGGCGTGATCCAAGGCTCTGC TAGTGAAGCCACCCTAGTCGCCTTGCTGGCAGCGAGAACTAAGGTGATAC ACAGACTTCAAGCCGCCTCTCCCGAGTTAACTCAGGCTGCAATTATGGAG AAATTGGTAGCCTATTCTAGCGACCAGGCTCACTCCAGCGTAGAACGTGC CGGTCTGATTGGGGGCGTGAAGTTGAAAGCTATTCCGAGCGATGGGAATT TTGCCATGAGAGCGTCCGCGCTTCAAGAGGCCTTGGAACGTGACAAGGCT GCCGGATTAATCCCGTTCTTTATGGTCGCTACGCTTGGTACTACCACGTG TTGTTCTTTTGATAACCTACTGGAAGTGGGTCCTATCTGCAATAAGGAGG ACATTTGGCTTCATGTAGACGCTGCCTATGCAGGTTCTGCTTTCATTTGT CCCGAATTTAGGCACCTGCTTAATGGCGTGGAGTTCGCGGATAGTTTTAA TTTTAACCCTCATAAATGGTTGCTGGTGAATTTTGACTGTAGCGCCATGT GGGTCAAGAAAAGAACGGATCTAACTGGAGCCTTTAGACTTGACCCCACG TACCTTAAACACAGCCATCAGGATTCCGGGCTAATAACCGATTATCGTCA CTGGCAAATCCCGTTGGGAAGACGTTTTCGTAGCCTGAAGATGTGGTTTG TGTTTAGAATGTATGGGGTGAAAGGGCTACAGGCGTACATACGTAAGCAT GTCCAACTTTCTCACGAGTTTGAGTCTCTTGTACGTCAAGACCCGAGATT TGAGATTTGCGTTGAGGTAATACTAGGTCTAGTCTGTTTCAGGCTTAAAG GCTCAAACAAGGTCAACGAAGCGTTATTGCAAAGAATAAATAGTGCTAAG AAGATCCACCTTGTTCCCTGCCATCTACGTGATAAGTTTGTCTTACGTTT TGCGATATGTAGTAGGACGGTAGAAAGCGCACACGTTCAGCGTGCGTGGG AGCACATAAAGGAGTTAGCCGCTGATGTGTTGAGAGCTGAACGTGAG

Seq. ID No: 6

>AADC_5ATGGCCAGTGGGTATCCAGGGGCGGGAGCCCAACAGCCGCCTG CGGCTCCTGCCAGTGGATCAGGTTCCCCCGTCTCCATGCCGTACTACGCT TCCGAATTAGCAAGGGCGAAGCACGAGGATGACATGAAAATGCCGGAACA TGGGATAGAACCTAGGCACTGTCTTAGACGTATCGAGGATTACCATCTAT TGGACTTCAGTGAAAGGTTAAACACGAGTTCATACGTCAATGTAGTCTTT GAACCAGAAGAGGAGACGGTTGCTAACATGGGGTTGAAAGTCAATTTAGC TGATCAAACAGTATATCCCGAAAGTTTCCGTATGCACAATGACACAGTCA ATATGATCGCTAAGTTATGGAATTGCCCTAAGCCTGCCGACTTTGATGAA TATGGATGTTATGCCGGAGCAGGCACCGTTGGTTCCACCGAAGCGTGTCT GCTTGGAGGATTGGCTCTTAAATTCAGATGGCGTAAATGGTACGCCGCCA AACACGGAATGGATCAGAACAAAGTAAGAGGTGTGTACCCGAACCTTGTT ATCACTACGATGTTTCAAGCCGCTTGGGAAAAACTTTTCAAATATATGGA CATTGAACCCAGATTCGTGACCCCATCCTGGAAGACATTCACTATGGACC CATCCGGCCTTGAAAAAGTGGTAGACGACAAAACTATAGGTGTGGTGTGT ATTATGGGAAATCACTATGGTGGTCAATACGATCCAGTGTGGGAAGTGAA CGACGTGCTTGAGAAGATTAACAAGGAAAAGGGACTTCAGGTAGGTATCC ATGTGGACGGAGCGTCTGGCGGATTCATAGCCCCCTTCCAAGAGGGATTA CCGGCATGGGATTTTAGACTAAAGAATGTGTTAAGTATAAGCGCGTCTGG ACACAAATTCGGAAACTCCTGTTGTGGAACAGGATGGATTATTTGGAGAG AAAGGAAAGGACTTTCTGACACTGTCGCCATCAATGTATCTTACCTTGGA GGGTCCGCAGACAGCTATACGTTAAACTTCAGCAGACCGGCGCAAGGTGT ATATGTCCAG

Seq. ID No: 7

>AADC_6ATGGCGGGCAGCATCGACGTGATGCTTAGGGACCTGAATCTTG ACACCGTTGAATCTCTTCCAGCAGACTTTGATCCGACCACAGTAATAAAT GATATACTACCACCAGTTGTAAACGACGCCAAACTGGTTAATGGCATTGA GAAACCCAGAGAAATAGTCCTGGGCAGAAATGTACATACTTCCAGTTTGG AGGTAACAGAGCCCGACGCCGATGATGAGGTTACCGGGGAGAGAGAGGCG TACATGGCGTCAGTACTAGCTCGTTATCGTAAGTCTCTGCTAGAGCGTAC AAAACACCATTTAGGTTACCCATACAATTTGGATTTTGACTATGGGGCTT TGTCCCAGCTTCAGCACTTTTCAATCAATAATCTTGGAGATCCATTTATC GAGAGCAACTATGGCGTACATAGCCGTCAGTTTGAGGTAGGGGTCTTGGA CTGGTTTGCAAGACTATGGGAGCTGGAACGTAACGAATATTGGGGGTATA TTACGAATTGTGGGACAGAGGGTAACTTGCATGGCATATTAGTCGGCAGG GAGGTCTTTCCCGACGGTATCTTGTATGCAAGCAGTGAATCCCACTACAG TATATTCAAAGCCGCGAGGATGTATAGAATGGATTGCGAAAAGGTCAATA CGCTTATCAGTGGAGAAATCGACTGTGAGGATTTCAAGGCAAAGTTATCT CTGCACAAGGATAAGCCCGCGATCATAAACGTCAACATTGGGACAACAGT AAAGGGCGCGGTGGATGATCTGGATCTTGTTATTAAAACCCTGGAGGAAA GTGGCTTTAGTCACGACCGTTTCTACATCCATTGTGATGGGGCGCTTTTT GGGCTAATGATGCCTTTCGTAAAGCTGGCACCCAAGGTAAGTTTCAAGAA ACCCATTGGTAGTGTGAGTGTGTCTGGGCATAAGTTTGTCGGCTGTCCTA TGCCGTGTGGTGTACAAATTACCAGACTTGAGCATATCAATGCTCTTAGC CGTAATGTAGAGTACCTGGCGTCTAGGGATGCTACCATTATGGGCTCAAG AAACGGTCATGCACCCTTGTTTCTTTGGTATACTTTAAATCGTAAAGGTT ACAGGGGATTCCAGAAAGAGGTACAAAAGTGTCTTCGTAACGCTCATTAT CTTAAAGGTAGGCTAACTGAAGCAGGGATTGGCGCGATGCTAAACGAGCT AAGTAGCACTGTGGTTTTTGAACGTCCTCAGGATGAAGAGTTCACTCGTA AATGGCAATTGGCGTGTCAAGGTAATATTGCGCATGTAGTCGTCATGCCG AACATTAATATTGATAAGTTGGACCATTTTGTCAATGAATTAGTAGAGAG AAGGGCTGTATGGTACGAGAATGGGAAGTTGAAGTCTCCATGTGTTGCCT CCGAAATAGGCAACTCTAACTGCTTATGTGCGTTGCATAAG

Seq. ID No: 8

>AADC_7ATGGTGAGGGCCGTTGAAAAGCCAGTACAAGCCATAGTAAATG CCGCGTTTAGAGGGAAAGATGCATATCATGTTTTCAGAACAACAGTTCTA GCGGCCGTGCTGTTAAGACTGTGGAGACACTTGAGACGTGTGATGGCTCA TGAAGGTTTGAAAGCATACTTTATGTCCTTAGTCGCACCGCATCTGAAGA AACTTCCGTACGTCCAAAACAAGTTGAAGAAGGAGATGGATAAAACTATG ACGAAAATGAGAAATACCTTTCGTAAGGAGGTGACAGATCCAAGGACATC ATTACCTGTTGATGGGATTCCTGAGAAACAGATCTTGGAACTGATTCAAC ATCGTAAAGAGTTAGATACTAAGGAATGGACAAAGGGTATGACCACTGGC TGTGTTTACCACGGTGGTCAGGACCATTATGACTTTGTAGGACAGATCTT TGCATCATGGGGGTTCGCTAATCCATTGCACCCCACAACCTTTCCAAGCC TACGTCAGATGGATAGCGAGGTCGTACAGATGGTTATCAACATGTACCAC GGGGATTCAGAGTGCTGCGGGGCGTTCACTACTGGAGGAACGGAGAGCAT TCTGATGGCGATGAAGGCCTATCGTGATTGGGGTAAGGCAGAAAAGGGTA TTACCGATCCCAATATCGTTATCTGTAACACCGCCCATGCTGCTTTTGAT AAGGCCGGCAAGTACTTTAACATCTTCGTAAAACACGCGAGAACGAACTC TGAAATGGAGATTGATTTGGGCCATCTACGTAGCCTTATCGACTCCAATA CCGTGGCCATCGTAGGCTCAGCCTGCCAATTTTCTCATGGAACCGTGGAC CCGATCCAGGAAATGGCAAAGATTGCCATGAAGCGTAGAGTTGGCCTACA CGTTGATTGTTGCCTAGGCGGTTTTCTAGTTCCGTTCATGGAAAAAGCTG GATTCCAACTTCCGCCCTTTGACTTCAGAGTCAAGGGGGTAACGTCCATA TCCTGTGATCCCCACAAATATGGGTTTGCCCCAAAGGGCTCCTCTGTTGT AATGTTTAGTAACCGTCACCTGAGGCACTACATGTATTGTTTCTTAACAG AATGGAGCGGAGGAATATACGCGACTGCAACGATGACTGGTTCCAGAGCA GGTGGCCCGGTGGCCGCCACATGGGCGAGCATGTGCAAATTTGGGGAGAA AGGCTATATTGAGACAACTAAACAGATCGTCGGGGCCACTAAGAAAATTG CGGCTGGTATAGCAGAAATCGAAGGTTTACGTGTGGTTGGCAGACCGGAT GTATGTGTCGTGGCCTTCACCTGTACTGAGGGTTCCGGAATGAATTGCTA CGCCGTTGGGGACTGTATGCATCAGGACTTTCATTGGGAGTTGCAATCTT GTCAGAATCCGGCTTGTGTTCACTTGGCTTTAACCCTGCCGACCAGTAGA AATGCTGATAAATTCGTAGCTGATTTGCGTCAGGCTGTGGAGGCGGTGAG GAGCGATAAGGACGGCAAATTCGCATCCACGGCGGGCATGTATGGGACCG CAGCTTCTTTGCCAGCCGCGTTTTTCGAAGACGGCGCAGCAGCATACCTT GATGCGATGTGTGAAGCCATCCCAGCGGGAGACGCTCTACTGCCGGAGGA ACCTGCCACGAAGGAATCCCCTGCAGCTGCCGGGGCACCGGCTCAAGCAA CAGGGGGTGCT

Seq. ID No: 9

>AADC_8ATGAATGCGAGCGAGTTTAGGCGTCGTGGGAAGGAAATGGTTG ACTACGTAATCACGAATTATCTGGAACAGATAGAGTTACGTCAGGTCTAC CCTTCCGTCGAGCCGGGGTATCTTAGACCTATGATTCCTGATTCCGCGCC GGAAGAAGGTGAGACGTATGAAGATATCATGAAAGACATCGAGAGAGTCA TAATGCCGGGAGTTACTCATTGGAATAGCCCGTACTTCTTTGCGTACTTC CCTGCGGCAACAAGTTACCCTGCTATGTTGGCCGACATGTTATGCGGCAG CCTGGGGTGCATCGGGTTCTCATGGGCCGCTTCACCCGCCTGCACAGAGT TGGAAACCGTAATGCTTGACTGGTTGGGCAAAACAATCGGCCTACCAGAA CAGTTTCTGGCTGGTACCAACGGAGAGGGTGGCGGTGTAATCCAAGGTAC TGCCAGCGAAGCGACCTTGATGGCACTATTGGCGGCCCGTACTAAGGTTA CAAGAAGGTTACAAGCTGAGAACCCTGACCTTTCTGAAGCAGAGATCATT AGCCGTATGGTGGCATATTCTAGCGACCAGGCCCATTCCAGCGTGGAGAG AGCTGGGCTGATCAGTGGCGTTAGAATGAAAAAGATCCCATCTGATGAAA ACTTCACTGCTAGAGGTGAAGCACTAAAGAAAGCACTTGAGGAGGACAAA GCTGAAGGTTTCATACCAGTCTTTCTTTGCGCGACACTGGGCACAACAAC TTCTTGCGCGTTCGACAATCTTATGGAACTGGGTCCGATATGTAATGCGG AGAACATGTGGTTGCATATCGACGCCGCCTATGCTGGGAGTGCTTTCATC TGCCCGGAGAACAGATATTTAATGAAGGGTGTCGAGTTCGCGGACTCCTT CAATTTCAACCCACATAAGTGGTTGTTAGTCAACTTCGACTGCAGTGCTT TCTGGGTAAAGAAAAGGTCCGATCTTATATGTGCATTTAAGATAGACCCC GTCTACTTACAACACGACCAGCAGGAGAGCGGTTTAGTAACGGATTACAG ACACTGGCAGATTCCTCTAGGAAGAAGGTTCCGTAGTCTGAAACTGTGGT TTGTTCTGAGGATGTATGGCGTAAAGGGACTTCAAGCTCATATACGTAAG CATATTAGACTAGCACAGGAATTTCACGAATTTGTTAAGAACGATGATCG TTTCGAGATATGTGCACCCGTCATATTGGGTCTGGTGTGTTTTTGCTTGA AGGGGTCAAATACGCTAAATAAGTCCTTGCTTCAGAAAATTAACACTTTG AAGAAAATACATCTTGTACCTTCTTGTCTAGGCGATAAATTCATCTTGAG ATTCGCGGTTTGCGCTAGAACACTAGAGTCAAACCACATTGTGTTCGCCT GGAAGCACATTGAGGAATTGGCGACTGAGGTTTTAAAGGAGGGAGAGAAA CAA

Seq. ID No: 10

>AADC_9ATGCAGAACTGCAATCAGATGCACGCCAGTTATCTTTTCCAAC AAGACAAGCATTATGATCTGTCCTATGATACGGGTGATAAGGCGCTACAG TGCGGGAGGCATGTGGATATCTTCAAACTTTGGTTAATGTGGCGTGCCAA GGGCACGACGGGTTTTGAGGTCCAGATAGACAAATGCTTGGAACTTGCTG AGTATTTGTATGACAAAATAAAGAACCGTGAGGGTTATGAGCTAGTGATA GAGGGGAAGCCCCAACATACTAACGTCTGTTTCTGGTACATACCCCCATC ACTTAGACACATGGAGGATAATGAGGAAAGGATGGCTCGTTTGGTTAAAG TCGCTCCAGTAATAAAGGCTCGTATGATGGAATACGGAACTACAATGGTT AGCTACCAACCGCTGGGTGACAAGGTGAATTTCTTTCGTATGGTTATATC CAATCCAGCCGCAACCCATCAAGATATAGATTTTCTAATTGATGAAATTG AGCGTTTAGGTCAAGACCTG

Seq. ID No: 11

>AADC_10ATGTGGGGATGCGGTAACGGAGATTGCATACACGTTTTGTTA TTGATCTCCCACACGTCTCCACCTCCCCTGTCACCCCATCTACTACATTC TCACCGTGATAGCCCGGTATTGAAGATAATCCACAGTATCGTACTGACGG TGCAGAATAACCATTCTTGCTTACAGGGGCATGTCCCTTTCTACGTGTCC GCAACTGCAGGGACAACTGTCTACGGCGCATTTGATCCCTTCGTTAAAAT CGCTGACATTTGTCAGAAGCACGGGTTATGGATGCACGTAGACGCGGCGT GGGGAGGAGGCTTGCTTCTTAGCAAAAAGCACAGGACTAAACTGTCAGGT ATAGAGCGTGCCAATTCCGTAACATGGAACCCACATAAGATGATGGGAGT CCCTCTTTTCCAGTGCTCCGCCTTTTTATTACGTGATACGACTCAACTGC TAGAGCGTTGTCATGCTGCGAACGCAACATACCTTTTCCAAACCGATAAA TTCTACAATCTACAATACGATACGGGTGACAAAAGCATCCAGTGCGGGAG AAGAGTGGACTGTCTGAAACTTTGGTTAATGTGGAAGGCCTTGGGCTCCA AAGGTCTTGAGAGGAGAGTTGACAGAGTCTTAGACCATACCAGATACCTG GTCGAGGAGATGAAAAACAGAGAGGGCTTTAGGCTAATTATGGAGCCCGA GTTCGTGAATCTGTGCTTTTGGTACGTTCCCCCGAGCCTGCGTAATAAGG AGAACTCACCGGACTTTTGGACAAGGCTGGGT

Seq. ID No: 12

>AADC_11ATGGGGTCTTTGGGAACAAATCCGACGAGCTTTAGCGCCTTC CCTGATGACAAGGCCGCATTTGAACCATTAAACCCAGAAGATGTTAGAGC TTATCTTCACAAGGCGGTCGATTTTATCTCAGACTACTACACGAACGTTG AAAGTATGCCTGTTCTGCCGAACGTGAAGCCGGGATATCTGCAAGACGAG CTGACGGCTTCTCCACCCACTCACAGTGCCCCATTCGACGTTACAATGAA GGAACTAAGGACCAGCGTTGTACCAGGCATGACACACTGGGCGTCACCAA ACTTCTTTGCATTTTTCCCATCAACCAATTCAGCGGCGGCAATAGCCGGT GATCTAATAGCTTCTGCGATGAATACGGTAGGCTTCACATGGCAGGCGAG TCCCGCAGCAACGGAGATGGAAGTTTTGGCCCTGGACTGGTTAGCACAGC TACTACATCTTCCGACGACTTTTATGAATAGAACCTCCACTGGCAGGGGT ACAGGCGGAGGAGTCATATTGGGTACGACGTCAGAGGCCATGTTAGTTAC GCTTGTCGCAGCTAGGGACGCTGCTCTGAGGAGAAGCGGCAGCGTGGGAG TGAGCGACATTCCTAGACTGGCAGTATATGCTGCGGATCAAACACATTCC ACCTTCTTTAAAGCGTGCCGTTTAGCAGGATTTGACCCAGCTAACATTAG GAGTATCCCCACTGGACCTGAGACTAATTACGGCTTAGACCCCGCTAAAC TATTGGAAGTGATGCAGGCTGACGCGGATGCGGGGCTAGTCCCGACTTAC GTATGCGCCACCGTCGGTACTACATCTTCCAATGCTGTGGACCCGGTTGG CGCGGTTGCCGATGTCGCCGCCATGTTTAATGCCTGGGTACATGTAGATG CCGCTTACGCCGGCAGCGCGTGTATATGTCCTGAGTTCCGTCACCATCTT GACGGCGTAGAGAGAGTCGATAGCATCTCAATGTCCCCTCACAAATGGCT TTTAACCTGCCTAGATTGCACTTGTCTGTATGTTAGGGATGCTCACAGGT TGAGTGACTCTCTGGAGACCAACCCCGAGTACTTGAAGAACGACGTTACC GACAGTGGTGAGGTTACCGACCTAAAAGATATGCAGGTTGGGGTTGGTAG AAGGTTCCGTGGACTGAAGCTGTGGATGGTTATGAGAACCTATGGCACTG CGAAACTACAGGAGCACATTCGTTCCGACGTCGCAATGGCCAAAATGTTC GAGGATAGCGTTAGAGCTGATAATCGTTTTGAGGTCGTCGTACCGAGGAA CTTTGCCCTTGTATGCTTCCGTATTAAGGCTAGAGGAGATATGACTGAGG AAGACGCGGACGAAGTAAACAGGTTACTGATGGAGAATTTAAACAAGACG GGTAAAGCATACTTAGCTCACACTGTGGTCGGGGACCGTTTTGTTTTACG TTTTGCGGTTGGGAGTAGTCTGCAAGAAGAGAGACATGTGAGGTCAGCCT GGGATTTGATCAAGAAGACGACTTCATCTATTATGGAT

Seq. ID No: 13

>AADC_12ATGGACCCTCTAAAAGCCGTTGAAATGGTTGACGAAAATACT ATCTGCGTAGCAGCCATCTTGGGCTCCACTCTGACCGGGGAGTTTGAGAA CGTAAAATTATTAAATGAGCTATTAACTAAAAAGAACAAGGATACAGGGT GGGACACGCCTATACACGTTGACGCAGCTTCAGGCGGCTTCATAGCTCCC TTTCTATACCCGGACCTAGAATGGGATTTTCGTCTTCCCCTTGTGAAGAG TATCAACGTTTCTGGACACAAATATGGCTTAGTCTACCCCGGCGTGGGAT GGGTAGTATGGCGTAGCAAAGGGGATCTACCTGACGAACTGATATTTCAT ATCAATTATCTGGGAAGCGATCAGCCCACTTTTACCTTGAATTTCAGTAA AGGTAACAATATCAGCACGCACGCTTACAAGAAGCCCAAGTGCCGTTTCT ACTTCCTAACCAATCAAATCTTATCTAGGCGTTATTTATTACACCGTCTG AAAAGTGGAACTTCTTTGAATAGTCTTCTA

Seq. ID No: 14

>AADC_13ATGCAGCCAGGGTATTTATCTCGTATGCTGCCTGATTCAGCT CCCAATCACCCCGAATCTCTTGAGGATATTTTCAATGACATCTCAGCAAA GATACTTCCCGGCGTCACACATTGGCAGAGCCCGAATTACTTCGCATACT TCCCCTCTAATTCCAGTATTGCTGGGTTTCTGGGTGAAATGTTGTCCGCT GGTCTGAACATAGTAGGTTTTTCCTGGATAACTAGCCCAGCGGCTACAGA ATTAGAAATGATCGTTCTGGACTGGCTTGCGAAATTACTAAAACTTCCTG ATGACTTTCTTTCCGGTGGCACGTCT

Seq. ID No: 15

>AADC_14ATGGTAGTAGACTACAAGGACTGGCAGATCCCATTAGGACGT CGTTTTCGTAGCTTAAAATTATGGATGGTACTGAGACTTTACGGAATTGA AAATTTACAATGCTACATCAGGAATCACATCAAGTTAGCCCAGCAGTTCG AGGTTCTAGTAGCGCAAGACCTAAGGTTCGAGATCGTATCTCCAAGAATT TTTAGCTTGGTTTGCTTCAGGTTACTACCTTCCCAAAACTGCAAGGATCA CGGGAATGAGCTAAACCACCACCTGTTAGATACTGTCAACAGCACGGGGA AAGTCTTCCTTAGTCATACTGTTCTATCAGGGAAATATATCTTGAGATTC GCTGTTGGCGCTCCCCTTACGGAGGAAAGGCACGTAACGGCGGCATGGAA GGTATTACAGGATGAGGCGTCAGCGTTGTTACAGTCACTG

Seq. ID No: 16

>AADC_15ATGGGCTCTCTTGATATAAAGCAGGAATCAAGCCCTCTAATG ACAAATCCGTTAGATAGCGAGGAGTTCAGGCGTCAAGGATACATGGTGAT AGACTTTCTAGCCGAGTATTATAAGAACATACAGAAATTTCCGGTTCGTT CTCAAGTGGAACCTGGGTATTTAAGGAAAAGGCTTCCAGAATCTGCCCCT TACGAGCCGGAAAGTATAGAGCGTATTCTTAAAGACGTACATGACGACAT AGTTCCTGGTCTTACTCATTGGCAATCACCGAACTATTACGCATATTTTC CGTCCAGCGGTAGCACAGCGGGTCTATTGGGTGAAACCCTGGCGGCCGGG TTCAATGTGGTCGGCTTCAACTGGATCTCCAGTCCTGCATCCACTGAACT AGAGAGTATCGTAATGGACTGGTTAGCTGAAATGTTGAACCTACCAAAGT CCTTTACATTTAGCGGAGACGGTGGCGGGGTGATGATGGGTACCACGTGT GAGGCAATTCTGACAACTATTACAGCTGCACGTGACAGGATACTGGACAG GATCGGACGTGAGCACATTAATAAGCTGGTCGTTTATGGCTCTGACCAAA CGCACTGTTCTTTCTTTAAGTCAGCTAAGATCGCTGGTATTCTACCGAAT AATTTTAGACAAGTTAAAACTAGCAGAGTCAACGCGTTTAGTATGAGACC CGACGCGCTTCGTGCCGCGATACAGGCGGACGCAGATGCAGGCCTGGTCC CGTTTTTCTTATGTACCACTGTTGGTACGACCTCAACAGCGGCTGTAGAC CCGGTAGCGTTACTTTGCGAAGTAACAAAAGACTACGGGATGTGGGTGCA CATTGATGCAGCGTACGCGGGCAATGCCTGCATTTGTCCAGAGTTCCGTC ATATGATCAATGGGGTTGAGAATGCCGACTCATTCTCCTTTAACGCGCAT AAGTGGTTCTTGACTACTCTTGATTGCTGTTGCTTATGGGTTAAAGATCC AAGCTCACTGGTAAGGTGCCTTAGCACTAATCCCGAATACCTAAAGAATA AGGCCACTGACACCCAACAAGTTGTTGATTATAAGGATTGGCAAATCACA CTATCAAGGCGTTTCAGATCTTTA

Seq. ID No: 17

>AADC_16ATGGACGGGCAAATGCTAAAGCCAATGGACGCTGAACAACTG AGGGAGTATGGTCACCAGATGGTGGACTTTGTAGCGGACTACTACAAAAC TATTGAGAGCTTCCCCGTGCTAAGCCAAGTTCAACCTGGATACTTACGTG AGCTAGTCCCTACAAACCCTCCAACGCACCCGGAGTCCCTTCAGGATGTT CTGGACGATGTTAAAGCGAAGATATTACAAGGCGTAACCCATTGGCAAAG CCCGGGATATTTCGCCTATTTTCCGTGCAACTCTAGTACCGCGGGATTCT TAGGAGAGATGCTGTCCGCCGGGATCAATATCGTAGGATTTTCCTGGATG TCCTGCCCTGCGGCTACTGAGCTTGAAGTAATCGTCCTTGACTGGTTAAG CAAACTG

Seq. ID No: 18

>AADC_17ATGGTGTTGAGGTTATACGGCCAGGAAGGTCTTCAAAGCTAC ATAAGAAACCATATTGCTTTAGCGAAACAGTTCGAGGAGTTGGTCATTCA GGATTCCAGATTCGAGATGGTCACCCCACGTAGGTTTAGTCTTGTGTGCT TTCGTTTACTGCCCAGAAGCACAGACGAGAACCAGGCGGATAAGCTAAAT AGGGCACTGCTAGATGCGGTGAATCTTACGGGTGCGATATTTATCTCTCA CACAGTCTTGTCAGGGATGTACGTGTTACGTCTTGCGGTGGGGGCACCGT TGACTGAAGAGAGGCATGTGATAGCCGCGTGGAAGGTCTTGCAAGAGAAG GCAACGGCATTACTGGAGGGTAATGTAGCGCAAGAACCTAACGGTCACGC GCAATTATCCAATGGTGTCGTCGAGCTTGATGGTGCGCTAGATAATGGTG TCACCACTGAACAGCATGGACATGTGGACGATCTTCCTATTAAATCTAAA

Seq. ID No: 19

>AADC_18ATGAGCCTTTCCCGTCACATAGACGCGGAGCGTTTAATCGAG CAAATCAAGGAACACCCACATAAGAAACATTCTTCTGCGGAGTCCCGTAG GGGTTTGCACAGGTCTTGGAGACGTGATGAGGATGCTGCGGACTTACCAA AGTACACCTTACCCAAACATGGAATTAATTCAAAAGCCGCTTACCAACTG TTACACGATGAAACTGCTCTGGACGGAAATCCTTTGCTTAACCTGGCGAG CTTTGTGCACACCTGGATGCCGGAAGATGCGGACAAGTTAATAATGGAGA ATATAAACAAAAATATAGTGGACATGGATGAATACCCTGCCGCCTCCCTT ATCCACAACAGATGTATATCAATGCTGGCGGATTTATGGAAAGCCCCTAA AGAAGGTAAAGTAATCGGCACGGCAACGGCAGGATCATCTGAGGCTATTA TGCTAGGCGGTCTGGCTTTGAAGAAGAGATGGCAGGAAGCGAGAAAGGCT GCTGGTAAGGATTATTTCCATCCGAACATTGTGTTCGGGAGCAATGCTCA GGTAGCCTTGGAAAAATTTGCGCGTTATTTCGATGTCGAGACGAGACTTG TGCCGGTCAAAGAGGAGAACGGCTTTGTTATGAATCCTCATGATGCCATA CCTTATATCGACGAGAATACGATAGGAGTGATTGTGATACTGGGAAGTAC TTACACGGGGCACTTCGAGGACGTCAAATTGATGAGTGATCTGTTAGATG ACTTAGAGAAAAGAACTGGGCTAGACGTAAAAATACACGTCGATGGCGCA TCAGGCGCATTCATAGCACCTTTCGCTTACCCGCACCTGAAATGGAGCTT TGACGTACCTAGGGTTGTATCAATTAACACAAGTGGCCACAAGTTCGGGT TAGTTTATGCGGGCTTAGGGTGGGTACTGTGGCGTGACGAGTCATTTCTA CATCGTGACTTGGTTTTTGAGTTGCATTACTTGGGCTCAACCGAGTATAG TTTCACTCTAAATTTCTCCAAGCCAGCGGCTCCAGTCATAGCGCAAATGT TTAACTTTCTAAACTTGGGTTTTGAGGGATACAAGAAGATTGCATACAAG GATATGAGAAACGCAAGGATGCTTAGCAGAGCCCTGGAGTCTACGACGTA TTTTAAGGTATTCAGTAATATTCATGTCCCTCGTAACTCAGACAGTGCTC ACGTTTCCAGCAACAACAAAGACGACCCGGAGACTTACCATGCAGGCTTG CCCGTTGTCGCATTTAGGCTGTCTGACGAATTTAATCAGAACTACCCGAA CGTTCGTCAAGTGTGGATTCAGACCCTGCTGCGTACGAAAGGTTGGATTG TGCCCAATTATAACGCACCCCTTGGGGCTGAGAATATAGAGATTTTGAGA ATCGTTGTCAGGGAAACACTTAGTGAGGATCTTATTGAAAGACTGATCGT TGACATTGTCGCCGTTACCGAAAGTTTGACTACCGAGGAAGGTAACGTAT TCGCCGGTATCACGGCGTCTGGCGCGGTGGTTAAGCCCGATCTGGACGAA GCCCGTCCAGACAGTAGTAATTTTAACGATTCAGGTGACGGCGAAGCGCA GGGCCAGACGGGTTATTCACGTCAGTGC

Seq. ID No: 20

>AADC_19ATGGCTCTATCTAAACATGTTAATACGGATAAATTGATTCGT GATAGCAGAGATAAAAAGTCACCAAAGGAAAAGGCCCATCACACGGCCAC TGCTCATCAGGAGGCAACTTACTCCTACGGGGATCGTTATGTCACTAACC CCGTGCCTAAATACAACATAGCGAGTAAGGGAATTAGTGCCGACGCCGCA TATAGACTTATTCACGACGAACTAGCCCTAGACGGGTCTACTGTGCTTAA CCTTGCCTCATTTGTTCACACTTGGATGCCGCCCCAAGGCGAACAGCTAG TACATGAAAATATTGCGAAGAACCTTATTGATAGCGATGAGTATCCTGCC ACGCAGATCATTCATACTAGGTGCGTCAGTATTTTGGCTGATTTATGGCA TGCACCGTCCGCTAAGCAGGCGGTAGGCACTGCAACTACGGGCTCCTCAG AGGCGATACAGTTAGGCGGTCTGGCGATGAAAAAGATGTGGCAAGCGCGT ATGAAAGCAGCTGGTAAAAACATCCACGAACCGGGTCCCAATATAGTCAT GGGAGCTAACGCACAAGTGGCCCTTGAAAAGTTCGCGAGATATTTTGATG TCGAATGTAGATTAGTCCCGGTAAGTGTAGAATCAAAGTATCGTCTTGAT CCCAAGAAAGCTATGGATTTTGTAGATGAAAATACGATCGGAATATTCAT CATTCTGGGTTCAACCTACACTGGTCACTACGAGCCTGTGAAAGAGATGA GTGATCTGTTGGATGAGTACGAGAAACGTACAGGAATCTACGTTCCCATA CACGTTGACGGCGCGTCTGGAGGGTTCGTAGCGCCTTTTGTCCACCCCAA GATGGTTTGGGACTTTAAATTGCCAAGAGTAGTAAGTATAAATACATCTG GGCACAAATTTGGCCTTTCATACGTCGGCGTTGGGTGGGTGGTCTGGCGT GATAAAGCTCATCTGCCCAAGGACCTAATCTTTGAGTTGCATTACCTAGG CTCCGTCGAGTACAGCTTCAGTCTGAATTTCTCTCGCCCCGCTGCACCTA TCTTGGCCCAATACTTCAATTTAGTCCATCTTGGGTTCGAAGGTTACAGG TCAGTCGGTTTAGCAGATATGAAAAATGCCAGAGAGCTTAGCCGTGCTTT AGAAAAGACTGGATATTACACTGTATTGTCCGATATCCATAGAGCAGTAG GCGCAAAGGACCCGCACGGGATTGACGACGCTGATATAGAGGCCTACGAG CCCGGGCTGCCCGTTGTGGCCTTCCGTTTTAGCGATAACTTTAAAGAGAA ACACCCTGAAATCCAACAGAAATGGATACAGACCCTGTTGAGGGCGAAAG GGTGGATAGTACCAAACTACGAGTTACCACCTAGCCTTGAACAGATCGAG ATACTTAGAGTCGTGGTTAGAGAAAACGTAACTGAAGTGCTTATCGACAA GCTGATAGACGATATCGTCGAGATAACCGAACAACTTGCTGATTCAAGTT CCTCAATGCACTCTCTGAATAATTTGGGACATATACAGAGGCCCAAGAAA CACGAACACCCAGAAAGTAATTTAAAGGAAGGGGAGGGGTCCGATTACTC AGGAACATACGCTCGTCCGTGT

Seq. ID No: 21

>AADC_20ATGGCCTTAAACGCAGTAAGCGCAGCTAGAGGTAGCGCAAGA CAGTATATTTCCACGTTCTTAACGCTAGACAACGCTAAGAGCGGATTATT TTATTATGTATTATTGGTTCAAGCCATTAAAGTGAAACGTCACCTGCGTG CCAGAGGTATCAGTGCCTCCCTAAAAGAATTATACACATGGATTTCTCAG CAGATCATACGTTTGCTTCTGAGGCTGCCGGCCACACGTAAGAAAGTTGC TAGTCAGATGGATCAAGCAAAGTTGGATATCGAGAACAGACTGGTCCCCA AAGGGGCCAATGTTACCAGGCATTTAAGTCTGCCGTCTGAAGGCAAGTCC TTGGAATGGATTACACAGGAGATGGACAAGATGGATACCGAGCTTGGTGG CACAAGTGACGCGTGGAGACAGGGGAAGCTATCCGGGGCTGTATATCATG GAGGTGACGAGCTTGCGAAAATTATCGTCGCGGCCTATAGTAGATATTGC GTCTCTAACCCACTTCATCCGGATGTTTTTCCAGCTGTACGTAAAATGGA AGCTGAGATCGTTGCTATGTGTCTAAAGATGTATAGAGGGCCTGAAGGTG CTGCCGGCGCTATGACGAGCGGGGGAACCGAATCAATCGTTATGTCCGTT AAAACCCACAGAGACTGGGCAAGGAGTGTAAAGGGAATTAAAGAACCCGA GATGGTTGTACCCGTTTCAGCCCATGCCGCCTTTGATAAGGCGGCGGCGT ATCTTGGGATCAAGCTACATTCTATACCAGTTGATTCCTATACAAGACAG GTTAACATAAAGCACGTGAAAAGAGCTATCAACTCAAATACTATCATGAT AGTTGGCTCCTGCATCGGGTTCCCTGACGGTAATCAAGACGATATTGAAG CCCTTGGTGCATTGGCCAAGAAGTACAACATAGGCCTGCATGTTGATTGC TGCTTAGGCAGTTTCATTGTACCGTTTCTTGAGCCAGCGGGCCTAGCAAA AGGCGATAACAAAGGAAGATACAAGTTGACTCCTTTCGACTTCACGGTAG ATGGCGTCACCGCAATCTCCTGCGATACCCATAAGTATGGGTTTGCTCCA AAGGGCACGAGTGTAATAATGTACCGTAGTGCGGAACTGCGTAGATTCCA ATACTACGTTAACCCGATCTGGCCAGGGGGCGTCTACGCATCTCCATCTC TTAGTGGGTCTCGTCCCGGTGCACTGATAGCAGGCTGTTGGGCGGTGATG CAATATATGGGTACAGAGGGGTACCTTAGCAGTTGCCGTGATATAGTAAT TGCTACTAGAAAGATAGCTGACGCGATTACAGATGATATCCCTGAGTTAT ACGTCCTGGGTAATCCTCCGGCTTCAGTCGTAGCATTCGGGTCACGTAAT CCAACTGTAGACCCTCTTGAAGTCGGAGATGGCATGCGTAAGAGGGGGTG GCATCTGAACGGCTTGAGTTCACCAAAATCTGTCCATATTGCTTGTACCC GTCTGACTTTACCCGTCGTGGACCAGTTCATTGCAGACCTAAAGGATTGC GTCAGGGAAGCAAAGGTGGCACCTAGTGGGAAAGGTACGATGGTTTCCGT GTACGGGCTAGGCAACAGCTCTGCGGTGGGACCCGACATGGTTTCCCAAC TTGCCAGTGCCTTTCTGGACGCCCTGTACAAAGCA

Seq. ID No: 22

>AADC_21ATGGAACTAAAGACTGCGGCCAATGAGATCTGTAACAGTAAT CAGATGTGTCAAGGTGAGAACTATTCACAGAACATGCTATTGAGAGATGG GCTAATTGATTTGAAGAACCAGATCAAAGAAGGAGATGAGGGTCTAGGTC ATGGCTTTAGCGACTTCTCAAACGTATTTGCATCAGACCTACTACCAGCG CGTAACGGCGAAAAATACACAGAGGGATTCCTATTAGAGGTATTCAATAT ACTATTCAGTTATATCAGGAAGACCTTTGACAGAAAATCCAAGGTATTGG ATTTCCACCACCCCCACCAGCTGTTGGAGGGACTGGAAGGGTTTAACTTG GAATTGAGCGATCAGCCAGAACCACTGGAGCAAATTCTTGGTGACTGTAG AGATACGTTAAAATACGGGGTTAAGACGGCACATCCGAGGTACTTTAATC AATTAAGCTCCGGCCTTGACATGGTGGGCCTTGCAGGGGAATGGCTTACG GGTGCAGCAAATACCAATATGTTCACCTACGAGATCGCTCCCGTCTTCAT CATAATGGAGGGACTACTTATAAAGAAGATGCATGAGTTGGTAGGGTGGG GAGAGTTGGAGGCGGATGGGATATTCTCTCCAGGGGGCACCATTTCAAAT CTGTACAGTGTTTTAGTAGCCAGATACAAATTTTTCCCTATAGTCAAGCT AAAAGGTATGGCTGCGTTACCCAGAATCGTCCTGTTCACTTCTGAGCACT CACATTACTCTTTTCAGAAGGCAAGTGCAACTCTTGGAATTGGAATAGAG AATGTTATCGCTGTCAAATGCGATGAGAGGGGTAAGATGATACCATCCGA TCTGGATGAGAAGATTATGGCACAGAAAGAGAAA

Seq. ID No: 23

>AADC_22ATGTGGAAAGCTAAGGGAACAAGAGGTTTCGAGCTACAGATA GACAGTTGTTTGGAGAACGCTGAGTACCTGTACAAGAAACTAAAAAGCAG GAACGGCTTTGAGCTTGTTTTCCCCGACGAGCCGGAGCACACCAATGTCT GCTTCTGGTATATTCCCCCTAGTTTGAAGGGTATGCCCAGGGACAAGGAA TGGAATACGAAACTTCATAAGGTAGCGGCCAAAATTAAGGCTCAAATGAT GGAAGAGGGAACGGTCATGGTGTCATACCAGCCGCTTAAAAATAAGCCAA ACTTCTTTAGGATGGTGTTCTCAAACCCAGCTTCCAAGAAAAGTGACATA GACTTTTTGCTAGATGAGATAGAGAGGTTAGGAAGTGACCTTGAATTT

Seq. ID No: 24

>AADC_23ATGTTTGGATCTCAACATCAGATGGATGTTGCGGCTTTAGAT AGACAGCTGAAAGAGGACAAAGAGTCCGGGAAATTGCCACTACTTCTGGT TGCAAATGCGGGAACACCGGGTGCAGGACACACGGACAAGTTGGCCAGGT TGAAAGAACTTTGTCATCAGTACAACATCTGGCTTCATGTTGAGGGAGTC AATTTAGCGACCTTGGCCCTTGGGTATGTAAGCGCATCTGTGCTGGCGGC AACGAAATGCGATAGCATGACCTTGACACTTGGACCTTGGTTAGGTCTAC CAGCCGTACCGGCGGTTACCCTATACAGACACGAAGATCCGAGTCTTAGC CTGGCTGCAGGGTTGACAACATCTCAACCCGTGGAAAAGTTGAGAGCCTT GCCGCTATGGCTGAGTCTGCAGTACCTAGGCCATAACGGGATAGTTGAGA GAATTAAACACGCCTCTCAATTATCCCAAAGGCTATTGGAAAATCTTAAA GATGTGACATCCATTAAAACATCCGTGGAGCCCGATGGCAATTCTCCGGT GGTCGTGTTTAAGTTTTTCTATGACGGACCAGGCTCAGGGTCCACCATTA ATCTTAACACGATTGAACGTGAGTCCGACGCAATGAATCAGTGGTTGGGC GAACAGTTGGCCGCCCTTATCCCAAGTTGCGCTGTAGATACTGTTGAGTT GGAAGACGAAGGTGTGTGTGTGAGATTTAACCCTATGATGACATCTGCAG TACTTGGCACAACCATAGAGGACGTAGATCAGCTGGTTGAATGCGTCAAG GTTAAAATTCCCATAATACACAATACACTACAGCTAAAGGAGGAGTTCAG GCTTGAAGTAGAAAGGATTGCGGGCCTAACATATGTTGTTGATTATTCTT GGGCGGGGTTGGGCGTTTTACGTTATGATCACGTTTCAGAAGAGCTAGAT GGGTCCAGACGTGAAGCCGAATTAGAGAAGATTAATGCTTCCCTATTAAA GAAGTTGAATGAGCTTGAAAGCGACTTGTCATTTAGTTCCGGACCCGAGT TTGGTGCCGAGAAAAATTGTGTCTACATAGGTATGGCAACAGAGGACGTA GATGTTAGTGAATTGGTTGAAACAATTGCTGTCATGGGCAGGGAGATAGA GGAAAATAGCAAACTGTTAGAGAACATGACTGAAGTAGTTCGTAAGGGCA TCCTAGAAGCTGAGGTGCAACTACAGAAAGCAAACGAAGAAAGACTTCTG GAGGAAGGCGTACTAAGACAGATCCCTTTGGTTGGCAGCGTGTTAAACTG GCTTTCTCCTGTCCAGGCTACTCCTAAGGGCCGTACGTTCAATCTGACCG CCGGTAGTTTGGAGTCCACAGAAATTACTTACGCTAGTAAGGCACAAGCT AATGGAACTTCACCCCCACCAACACCAAGCCTAGGGCATGCCAAGAGACA TCCTGGCCAGAAGCTGTTTAAGCGTTTGAGTAGAAACAGTGACGCAATGT CCGAGACTAGCTCAGTTTCTCACCTAGAGGAAGTGGAAAATCTGGAGGCG AGTCCCACCCCCGAGCCACAACCTGGACATCCTACCGAACCTCCTGTTCC ATCCGTTGAATCAAACTCTGAGGAGCCACATGAGGCGGAAGCGTTAGATA CTAAAACTGTAGAATCTGAAAGTCTACGT

Seq. ID No: 25

>ADK1ATGAGTTCTAGTGAGTCTATCCGTATGGTTCTGATCGGGCCTCCC GGTGCTGGTAAGGGAACGCAAGCACCCAATTTGCAGGAAAGATTTCATGC TGCTCATTTGGCTACGGGTGACATGCTTAGGAGTCAGATAGCCAAGGGCA CTCAGTTGGGTTTAGAGGCTAAGAAAATAATGGACCAAGGCGGCTTAGTG AGTGACGATATTATGGTCAATATGATTAAGGATGAACTGACTAACAATCC AGCATGTAAAAATGGCTTCATTCTGGATGGATTCCCAAGAACTATCCCTC AGGCCGAGAAATTAGACCAAATGCTTAAAGAGCAGGGGACACCCCTAGAA AAAGCTATTGAACTAAAAGTTGATGATGAATTGTTGGTTGCGAGGATAAC TGGTAGGCTTATCCACCCTGCGTCTGGCAGAAGTTACCACAAGATCTTCA ACCCGCCGAAGGAAGATATGAAGGATGACGTAACAGGGGAGGCCCTAGTT CAGAGATCTGACGATAACGCGGATGCTCTGAAAAAGCGTCTAGCCGCATA TCATGCGCAGACTGAGCCGATCGTGGACTTCTACAAGAAAACGGGCATTT GGGCGGGCGTAGACGCCTCTCAACCACCAGCCACAGTATGGGCAGACATC CTAAATAAGCTGGGTAAGGAT

Seq. ID No: 26

>AOQS_1ATGTCTAATGCAGCCATAAGATCCTCCCGTGCCGTATCCGTAT CATCCAGCACGAAGTATTACGACTTCACGGTAATAGGTAGTGGTGTTGCG GGGTTAAGGTATGCCCTTGAGGTAGCCAAACAGGGTACTGTGGCAGTGAT AACAAAAGACGAGCCACACGAAAGCAATACAAACTATGCACAGGGAGGAG TAAGTGCAGTGCTTTGCCCGTTGGATTCAGTTGAGAGTCACATGAGAGAC ACGATGGTGGCAGGTGCGCACTTATGTGACGAAGAAACCGTCAGGGTCGT GTGTACTGAGGGGCCCGAGCGTATCCGTGAGCTAATAGCTATGGGAGCAT CATTCGATCACGGTGAGGACGGGAACCTACACCTAGCGAGGGAGGGCGGC CACTCCCACTGTCGTATTGTCCATGCCGCTGACATGACGGGTAGGGAAAT CGAACGTGCTCTGCTTGAGGCAGTTTTGAATGACCCAAACATTTCTGTGT TCAAACACCATTTTGCAATAGACTTACTAACATCTCAGGACGGACTAAAT ACTGTCTGCCACGGGGTTGACACCTTAAACATCAAGACTAACGAAGTAGT TAGATTTATCTCCAAGGTGACCTTACTAGCTTCTGGAGGTGCAGGTCATA TCTACCCGTCAACAACGAACCCCCTGGTAGCGACCGGAGATGGTATGGCA ATGGCCCATAGGGCGCAAGCCGTCATTTCAAATATGGAATTTGTCCAGTT TCATCCCACTGCACTGGCTGATGAAGGCTTGCCGATCAAATTGCAAACCG CGAGGGAGAACGCGTTCCTAATAACTGAAGCCGTGCGTGGCGACGGCGGG ATTCTGTATAATCTGGGCATGGAAAGGTTTATGCCCGTCTATGATGAGAG AGCTGAGCTTGCTCCTAGGGATGTGGTCGCGAGGTCAATAGACGACCAAT TGAAGAAACGTAATGAAAAGTATGTACTACTAGATATCAGTCACAAACCG AGGGAAAAGATCCTGGCGCATTTTCCCAACATCGCGAGCGAGTGTCTTAA ACATGGATTGGATATTACTCGTCAGCCTATCCCAGTAGTGCCGGCGGCTC ATTATATGTGCGGCGGTGTGCGTGCAGGCCTACAGGGTGAGACCAATGTG CTTGGTCTTTTTGTAGCAGGAGAAGTCGCATGTACAGGCCTTCACGGTGC GAATAGGCTGGCTTCCAATTCATTACTTGAAGCCCTTGTCTTCGCTCGTC GTGCAGTACAACCCAGCACGGAATTAATGAAGCGTACACGTTTGGACGTG TGTGCATCTGAAAAGTGGACTAGGCCAGTGGTGGCCACCGCGCGTCTGTT AGGGGATGAAGTGATTGCCAAGATCATCGCTTTAACAAAGGAGGTCAGAC GTGAATTACAAGAGGTTATGTGGAAGTACGTGGGGATAGTAAGGTCTACT ATTAGACTGACAACGGCTGAGAGGAAAATTGCGGAGTTGGAAGCTAAGTG GGAGACGTTTCTGTTCGAGCACGGGTGGGAACAGACGGTTGTTGCCTTGG AAGCCTGCGAGATGCGTAACCTATTCTGTTGCGCAAAACTTGTAGTGTCA TCTGCGCTTGCCAGACACGAAAGCAGGGGGCTGCATTATATGACGGATTT CCCGTTTGTCGAAGAGAGCAAGCGTATTCCAACCATAATTTTACCGAGCA GTCCAACTACTGCCAGCTGGTCAAGTAGGAGATTGCAAAATATTTCTTCA AGCAGCTTGATAGATTGTGGGAGTGGCGAAGGACGTGGCTCTCTACTGAC TTGCGGTGACGTTGAAGAGAATCCAGGACCTAGCAGCTCCTCTTCTAGTC AAACAACAGAGTTAGTCCCCTATAAACTGCAGCGTCTTGTTAAAGAATTT AAATCATTGACAGAACCGATTGACAGGCTGAAATGGGTGTTACATTATGC GTCCCTTTTGCCACAGATGCCTGAGTCCTCAAAAACCGAATCAAATAGGG TGATGGGCTGTACAGCGAGGGTTTGGCTGGATGCCGAATTAGGCCAGGAT GGCAAGATGAGATTTTGTGCCGACAGTGATTCAGACGTGTCTAAGGGGAT GTGTAGCTGTTTAATACAGGTTCTGGACGAGGCAAGCCCTGTCGAGGTAA TGGAGCTTAAAACTGAGGACTTGGCAGAGTTAAATGTCGGTCTGCTTGGC GGAGAAAGGTCACGTGTTAACACTTGGTATAACGTACTTGTCAGCATGCA AAAGAAAACTAGAAGGTTAGTTGCAGAGCGTGAAGGGAAGGTGCCGTCCT TTGAGCCATTTCCTTCGCTAGTACTAACCGCCCACGGAATCGAGGCAAAG GGGTCCTTCGCCCAGGCGCAGGCAAAGTATTTATTCCCTGAGGAAAGTAG AGTCGAAGAGCTAGTTAATGTATTAAAGGAGAAGAAGATCGGTGTCGTGG CACACTTTTATATGGACCCAGAAGTGCAGGGTGTTTTGACAGCTGCACAG AAACATTGGCCCCATATCTCAATCTCAGACTCTTTAGTCATGGCTGATTC CGCGGTGACTATGGCAAAGGCTGGATGCCAGTTTATAACTGTCCTTGGAG TCGATTTCATGTCAGAAAACGTGAGGGCCATCTTGGACCAAGCCGGTTTT GAGAAAGTTGGAGTCTATAGGATGTCTGACGAAACAATTGGTTGCTCATT GGCTGATGCAGCTTCAGCCCCAGCTTACCTTAATTATCTGGAGGCGGCGT CCAGGAGCCCACCGTCTCTACATGTTGTTTACATAAACACTTCCTTGGAG ACGAAAGCATTCGCGCATGAGCTGGTTCCTACAATAACGTGCACATCCTC AAACGTAGTACAGACTATTCTGCAGGCTTTTGCTCAGATGCCGGAACTGA CAGTATGGTACGGACCCGATTCATACATGGGCGCGAACATTGTCAAATTG TTTCAACAGATGACACTGATGACAAATGAGGAAATAGCAAACATACATCC CAAGCATTCACTGGACTCAATAAAAAGTTTATTACCGAGGCTGCACTACT TCCAAGAAGGTACATGTATAGTGCATCATCTTTTCGGGCATGAGGTTGTA GAAAGGATAAAGTATATGTATTGCGATGCCTTCCTGACAGCCCACCTAGA GGTGCCCGGTGAAATGTTCTCCCTAGCGATGGAGGCAAAGAAAAGGGAAA TGGGCGTCGTCGGTTCCACGCAAAACATACTAGACTTTATCAAGCAGAAA GTCCAGGAAGCGGTAGACCGTAACGTCGATGACCATTTGCAGTTTGTTCT AGGTACTGAATCAGGAATGGTGACGTCCATCGTTGCAGTAATTAGAAGCC TATTAGGGAGCAGCGCCAACTCCAAACTTAAAGTGGAGGTAGTGTTTCCA GTATCCTCCGATTCTATGACAAAGACTTCTTCTGACTCCAGCAATAGTAT AAAAGTCGGAGATGTGGCCCTACCGGTGGTACCAGGGGTGGCGGGTGGCG AAGGGTGCTCCATACACGGAGGCTGTGCAAGTTGCCCCTACATGAAGATG AACTCCCTATCTAGCCTTCTGAAAGTCTGTCATAAACTGCCTGATTTGGA AAATGTGTACGGTGGGTTTATCGCGGAGAGGTTCAAGAGACAGACGCCAC AGGGAAAACTAATAGCAGATGTGGGCTGTGAGCCAATTCTACATATGAGG CACTTCCAGGCAAATAAGGAACTTCCTGATAAACTGGTTCATCAGGTCTT ATCATGCGAGTCCAAGCGT

Seq. ID No: 27

>AOQS_2ATGAATACCCTACCTGAACACTCATGTGACGTACTAATTATCG GCAGTGGAGCGGCGGGACTGAGCCTGGCACTTAGGTTGGCGGACCAGCAT CAGGTCATTGTACTGTCTAAGGGACCGGTAACAGAAGGTTCAACTTTCTA TGCGCAAGGTGGCATTGCCGCGGTGTTCGATGAGACGGATTCTATAGACT CCCATGTTGAAGATACCCTAATAGCCGGTGCCGGCATCTGCGATAGGCAC GCCGTTGAGTTTGTGGCCAGCAATGCCAGAAGCTGTGTACAGTGGCTGAT TGACCAAGGGGTGCTGTTTGATACCCACATTCAGCCTAATGGCGAAGAAT CTTACCACCTGACACGTGAAGGTGGCCACTCCCACAGGCGTATATTGCAC GCCGCTGACGCCACGGGCCGTGAAGTGGAGACAACTCTGGTCAGTAAGGC GCTAAATCACCCGAACATCCGTGTGTTGGAACGTAGCAATGCGGTGGACC TTATAGTCTCTGACAAAATCGGGCTTCCCGGGACTAGACGTGTCGTGGGC GCCTGGGTCTGGAACCGTAATAAAGAGACGGTAGAAACATGCCACGCCAA AGCTGTGGTTCTGGCTACAGGTGGCGCATCAAAAGTATACCAATACACGA CTAACCCCGATATTTCTAGCGGTGACGGCATAGCAATGGCTTGGCGTGCA GGCTGCAGGGTAGCGAATTTAGAATTTAATCAATTTCATCCAACAGCGTT ATATCATCCTCAAGCAAGAAATTTTCTGCTAACGGAGGCGTTGAGAGGTG AAGGTGCCTATTTAAAAAGACCTGATGGAACGAGATTCATGCCCGACTTC GATGAGCGTGGCGAATTAGCCCCAAGGGACATCGTCGCACGTGCTATTGA TCATGAGATGAAAAGATTGGGTGCTGACTGTATGTTCTTAGATATTAGCC ATAAGCCAGCTGATTTTATCAGACAACACTTTCCAATGATTTATGAGAAG CTATTAGGCTTAGGTATTGACCTGACCCAAGAACCTGTCCCAATAGTGCC CGCTGCTCATTATACCTGCGGTGGCGTCATGGTGGACGATCACGGCCGTA CGGACGTTGAAGGCTTGTATGCAATTGGGGAGGTGAGTTACACCGGGTTA CATGGTGCTAATCGTATGGCATCCAACAGCCTGTTGGAATGTCTAGTATA CGGCTGGTCAGCAGCTGAAGACATCACGCGTAGAATGCCGTACGCGCACG ATATCAGTACATTACCGCCGTGGGACGAGTCTAGGGTCGAAAACCCTGAT GAAAGAGTTGTAATTCAACATAATTGGCATGAACTAAGGCTTTTTATGTG GGACTATGTGGGTATAGTAAGGACCACAAAACGTTTGGAACGTGCTCTTC GTCGTATAACCATGCTACAGCAGGAAATAGACGAGTATTACGCTCACTTT AGAGTCTCAAATAATCTTCTTGAGTTGAGGAATTTGGTCCAAGTCGCGGA GCTAATCGTGAGGTGCGCAATGATGAGAAAGGAGTCCAGAGGGCTGCATT TCACTTTAGACTATCCCGAACTTCTGACACACTCAGGCCCCTCTATATTG TCCCCAGGAAACCACTATATTAATAGAGGTAGTGGTGAAGGCAGGGGATC TCTTTTGACTTGCGGAGACGTAGAAGAGAATCCTGGACCCGGAAGTGTGA TGTTCGACCCCGATACCGCGATTTATCCGTTTCCTCCCAAGCCCACACCA CTATCTATTGACGAAAAAGCATACTACAGGGAGAAGATTAAGCGTTTGTT AAAGGAACGTAACGCGGTGATGGTGGCCCATTATTATACCGACCCGGAAA TACAACAACTTGCAGAAGAGACAGGGGGCTGTATCAGTGATTCACTAGAA ATGGCAAGGTTTGGAGCCAAACACCCGGCCAGTACTTTACTGGTGGCTGG AGTACGTTTCATGGGGGAAACCGCAAAGATACTATCCCCAGAAAAGACCA TCTTAATGCCAACCTTGCAAGCGGAGTGTAGCCTGGATCTTGGCTGCCCC GTTGAGGAGTTCAACGCATTTTGTGATGCCCATCCCGATCGTACAGTCGT AGTCTACGCCAACACCAGTGCAGCCGTCAAAGCTAGGGCTGATTGGGTGG TAACGTCAAGTATCGCGGTGGAGTTAATCGATCATTTAGACAGTCTAGGA GAGAAAATTATTTGGGCCCCAGATAAACACCTGGGAAGGTACGTCCAAAA GCAGACGGGTGGGGACATACTATGCTGGCAGGGTGCTTGTATCGTGCACG ATGAGTTCAAGACGCAAGCATTGACAAGGCTACAAGAAGAGTACCCAGAC GCAGCGATCTTAGTACACCCGGAATCACCGCAGGCGATTGTGGACATGGC GGATGCTGTCGGCAGCACCTCCCAATTAATTGCGGCGGCAAAGACTTTAC CTCACCAGAGATTAATAGTGGCTACAGACAGAGGCATATTTTACAAGATG CAGCAGGCCGTACCAGACAAAGAATTATTAGAGGCGCCGACGGCTGGAGA GGGCGCGACCTGTAGGAGTTGTGCACATTGTCCTTGGATGGCTATGAATG GCCTTCAAGCAATCGCAGAAGCCCTGGAACAAGAAGGCTCCAACCATGAA GTCCACGTGGATGAGAGACTGAGAGAACGTGCCCTGGTCCCTTTAAATAG GATGTTAGACTTTGCTGCAACCTTGAGAGGA

Seq. ID No: 28

>ATMT_1ATGACACCGGCTGCCGGTAAGACCTTCAACACTTCCATCGCTG GCGCCGACGACCTGATTAGACTTCATCTATCAGAGTCCCCTCATGGCGCC AGTAAGGCAGCTCTTCAAGCCGCCGAACGTGAACTAGCCCGTGTCAATGT GTATCCAGATCCGGAACGTCAGGAATTGGTCCGTGCTCTAGCCGCCCATT GGGGAGTCGGACCGGAGCACATTGCGGTAGCAAATGGATCAGACGAGTTG GTACTGGCGACAGCCCTAACTCTAGGTGATCGTAACCTTCCGGGTTTGGT CACGGATGGGACGTTCCCCGGCTATCGTGCGTGTCTTGAACTGCTAGGGC GTGGGTGCACCGCGGTCCCGCCTGACGGGACAGCCGTCGATGTGGCAGGA TTCGCAGCCAGATTGCCCGGACATGGTATCGGCTACCTGTGTAACCCTCA TAACCCATCAGGAGCAGCACTAACAAGACAAGAACTGGCGGCGCTGGTTG AAGTGTCCGGGCGTAGTGGTGTCCCTCTTGTATTTGACGAGGCCTACATG GAATTTGCGGGGCCGGATGTGCCACAGACTAGGGATTTAACAGCGGCCGG AGACGCACCGGTAGTCGCGCTGAGAACGTTCAGCAAAGCCTATGGCTTGG CGGCACTAAGAGTTGGATATGCCGTGGGTAGGCCTGACTTGATAGCCGGT TTAAGAGGAACGCTTAGAGCACTGCCGTTCAGTGTTAACCGTTTGGCTCA AGCAGCGGCCATAGCAGCACTGGGAGACCCTGATTTTGTTGACGGAGTTA GGAGAAGCACTGCTGAAAGGCGTAGGTGGTTTGTAGGCGAGTTGGACAGG CGTGGCAGGGCTCATTTGCCGTCCGTAACGAACTTTGTCGCCGTTGCAGC TAGAGACTGTGCGCGTGCACAGGACAGACTGGCTGCTGACTTCGGTATCT TGGTCAGAAACGCGGGCTTATTCGGGTTCCCTGGCTACCTGAGGACTTCA CTAGGCGAGAAGAAGGACTTAGAGAGGTTTTTGGACGCTCTGGATGAGAT TGAACAAAACCCCGGTGGCGGATCAGGTGAAGGGCGTGGCTCTCTACTTA CGTGTGGTGACGTAGAAGAGAACCCGGGTCCCATGACTGCCCCGTTAAGC CGTGATGGTTTACGTGCAATGGGTGAGTCCGTCTTTCGTCCAGCGGAGTG GCAAGGCGCGGCGCATACGCCGTTGGACGCGGATACAGCTTTCAACGGCT TTATCAGTACACATGTTGTTTTTGCCCTTGAACAACTAGGTTTGTTCGCC TGGTTTGATGAAAGCGATAGGTTAGATGTTCCTCAGTACTGCTGGCGTCG TAAGTTAGATGAACGTGTTTTTCGTCAACTTGTGAGTGCCGCCGAGGCAT TCGGTTATCTTGATGTTCATGATGACTTGGTGACCCCAACGCCAGCTTGG TCCGAACTGAGGAGAAAAATTGGCTTCTTCACCTGGGGCGTAGGCGGATA CCACGATGTATTTGCCAACGCGGCTTCAATAGCTCGTGGGGAGAGGGCCT TCGGTAAAGACGTGCTACGTGATGAGGCTATGGTGGCCCTAGGCTCAGCA CAAGCGGACATGGCGCTGATGAGAGACCTGCTGGATGAGCAGATTGCTGC GTTGGACTTTTCCGTAATAGCCGATCTTGGTTCAGGTATAAGCGAACGTG TCTGTCGTCTGGTGAAGTCAAGACCGGGAGCCAGAGGTCTTGGGGTCGAT ATATCAGCGTCTGCGACCGCATTGGCAGCTGGGACGGTTGAACGTCACGA ACTAGCTGATAGAGTTCAACCTATTTGCGCAGACGTCTTAGATGTTCTGT TTCACGGCAGAAGGATAGAGGGTGCGGACCAGGTCGATGTAGCAATGTCA TTCATGTTCCTGCACGACTTGCTAGTGGACCCTACGACCAGAACTGACGT GATCCCAGCACTTAGGAAGGCATTTCCTAGGGCCCATACGTTCTTGCTGG CTGATACGACAGTTCGTCCTAGGGACGAGAAGGATACATTGCCCGTATTC TCAAGCGGTTTTGAGTTAGCACATGCGTTAATGGGCGTCCCAATTTATAC GAGGGAGGAATATGAGAATCTTTTCCATGAGGGAGGTCTTCATCTGCGTA GGACCGTTCCGTTTGGAGCGCCTCATACATATTTATTCGTTCTTGAAGCT CAG

Seq. ID No: 29

>ATMT_2ATGCAGGCATTGCCCGTTAAGGGTGACACTGTAAGCCGTCCTC CCACTGTCCACAGCCTGCACCATGAACATGAAAGGGCTGATGGAATGTTG AGACTGCACTGTAACGAAAATCCTTACGGTCCGCCTTCCGGTGTTATCGC TTCTGTAACTAAAGAACTGGAGGGAAGATGTAGCACGTATCCTGACTCCG AAGTCACTGCTCTGCGTGAGGCTTTAGCTGGGCAGGTAGGGGTTGGTACC GACATGGTAGCTGTGGGTAACGGGGCTGATGAATTAGTCCTACTTATTAC GTTAGCCTCTGCGGGTCCTGGGGATACTGTGGTTGTGACCGAATCTACGT TTCCAGGTTATGCAGCTTCAGCTGCAGTGGCAGGCGCGACTGTAAGAGGG GTGCCTCTACACCGTGACCGTGTATCTGCGACAGCGTTGGTAGAAGCTGT CGATGATGGAGCGAGGTTAGTCTTTGTATGTAACCCTCATAACCCAACGG GTACCGTGCTTAGCCCCGCAGCAGTCGAAGAAATCTTGAGGGCATGTGAG AGGACTGGTGCGGTGCCTGTTTTTGACGAAGCATACATTGAATTTGCTGG TCCCGGGTTTGATCATGCATTGGATGCAGTCAGAGCCGGGAGACGTCTAC TGGTACTGAGAACTTTTTCAAAGGCCTGGGGACTGGCAGCACTGAGGGCG GGGTACGCCGTCGGTCCAGCCGATCTTGTCGCGGGTATAATGGAGGCCAG GAGACCCCTGCCATTTTCCGTAAATAGGTTGGCGCAACAGGCTGCACTTG CCGCGCTAGGATCTCCCGATCATATTGCAGAGGTCTACGAAAGGACAACA CGTGAGAGGGAACGTCTGTGTCGTGCTCTAACTGGCCTGGGGGTCGCATA TGTGCCGTCCGTTACAAACTTTGTAATGGTGAAGACTCCTGGAAACTCCA CGAGATTTGCTTCTCGTTTGGCTGATGAGCATGGAATCTTAGTAAGGGAT CTAGCACCCTTCGGTTATCCTGGTCACGTGAGAGTAAGCGTGGGTACAGC TGAGGACACTGATCAATTCTGCGCAGCCCTAGGAAGCCTTCTTGCTTCTC CGCGTTCTCATGCCGCCACCGGGCATGGTTTGGGGGCATCCTCTGGTGCT GGCGGAGCGGGAAACGCTGCCATCAGGTCCGCGAGAGATGTTCTGCCGGT ACCAACGCTTGATCCCGTCGCTCCTCAAGACCTTTTCAACGGTTATGTCG GGGCTCATGCAGTATTCGCGCTAACTCGTTTGGGCGTATGGGATAGATTG GCGGAAGGTTCTGAGCCAACTGTAGATGCCTTAGCGGTTCAGGCAGGAAC GGATGCTACAGGCCTGATGCCACTACTGCGTGTTGCCGCCTTACTGGGCT ACGTGAGCTTAACTGACGGTTCCGCCCCTGCTGTACGTTTGACTGAGTCT GGGAGGGAACTTGTCCGTATGCGTGGCTTTTTCACGTGGGGCGTCGGAGG ATATCACGAAGTTCTTAGATCGTTGCCGGCATTGGCCAGGGGGACCTCCG TATTCGAGCAGGACGTCGATCGTGATGGAGGGATGGTAGCCGTGGGGTCT GGCGAGGTCGGACGTGAAATGATGCTTCCTTTGGAACAAGAAGTCCTTGC AACAGTTGACTTCAGGACTGTGGCCGACTTGGGATGTGGAGATGCCACTA GGTTGTTGAGGTTGTGCGATGGACACCCACACAGGAGGGGGACAGGCATC GAAATTAACCAAGGCGCTTGCGTACAGGCTAATAAGCGTGTTGCAGACGC GGGGCTGGCTGATAGAGTGGACATTGTGCATGGTGATGCTCTTGACCTTT CAGGACGTACGTTTCCGGAAGTCGATCTAGTCACTTCCTTCCTGATGATG CACGATCTATTTGACGCGACAGGTGACCCCGTGGGAGTCATGAGGACCTT GAGGGAGGTCTTCCCGAGAGCGCGTCACTTCCTTATAGGGGATACAGTAG CCCAGGACTGGGAAGAGAGACGTGAGGGTTTGCCAATGTTCTCAGTGGGC TTTGAATTGGTTCACGCGTTTATGGACACTCCTATCATGAATAGGGGCAC CTACGAGGACGCTTTCGCGGGCGCCGGTCTTCGTGTAGCCAGAAGGGAGC CACTAGGGGCTCCTAGTACGTGGCTTTGGCTATTGTCTACAGAA

Seq. ID No: 30

>ATMT_3ATGAGGCGTCGTTGGGCCGTTACGGCCTCTGCATCCTGGTGGG GGACCGCCTGTGAACTTCATGCCAGTGCGTCTGCCGCATATACGCCACCG TGCCACTCTCCGGGTACAGGAGGAAGGGGTACCGAGTCTGGCCCTATGAC GGCACCTGTCCGTCAGGAGACGAGAAACTATAACGCATCTGTACCATCCG CTGACGACCTTGTCCGTTTACATCTTAGCGAGAGTCCGTACGGTGCGTCT CCCGCGGCAGTGGCTGCGGTCACAGGGGAGTTAGAGAGAATAAATAGGTA TCCAGCTCCGGGCAGAGAGGGTTTGGTCCAGGCTTTGGCAAGACACTGGG AACTACCCGAGGAGCATATAGCTGTCGCCAATGGGAGCGACGAGTTAGTT CTAGCCACGGCGCTAACTTTAGGTGACCCCGGGTCACCTGGTCTAGTCAC CGCGGGGACCTTCCCTGGGTACCTTGCAGCCCTAGAAAGAATAGGACGTG GTGCGGTACAGGTTCCCTTAGCAGGATCTGGAACCGACACTGCAGCCTTT GCAGACCGTCTTCCAGGTTGCGGAATTGGTTACGTGTGTAATCCACACAA CCCTTGCGGGTCCGCATTGACCCATGATGAACTACACCGTTTAGTCGCCG CGGCGCGTGACTCTGGGACCCCATTGGTGTTCGACGAGGCATACCATGAA TTTGGGCCCCCGGCGCAGCCCCAAGCACGTACCCACCTAAGGGAGGATAC TCCAGTCTTAGCTCTAAGGACGTTCAGCAAGGCATACGGCCTGGCCGCAC TTAGGATAGGGTACGCGTTGGGTCCTGCCGATCTGATTGCTGAGGTGAGG AGAACATTAACTGTGCTTCCTTTCAGCGTGAATAGAGCAGCGCAGGCTGC CGCTCTTGCTGCATTAGATGATCAGGAGTTCTTAGGTAGCGTGAGAAGGG ATTCAGCCGCCAGACGTCAGTGGTTTTGCGCTGAGCTGGAGCGTAGGGGT TATAGATACCTTCCGTCTGTTACGAATTTTGTGGCGGTAGAAGTTGCTGC CTCTGCAGAGGCACAAGACGTGCTGGCAAGGGATCATGGTATTTTGGTGA GAGATACCGGAATGTTTGGATTCCCCGGTCACCTGAGAGTGAGCTTGGGC TCAGTGGAAGAACTACGTGGATTCCTGGACGCCCTGGATAGAGTTACGGC TGGCAGTAGGGGTGGGGGCTCTGGAGAGGGAAGAGGTTCCCTTCTAACTT GCGGGGATGTAGAAGAAAACCCAGGACCGATGACCGGGCCAGTTAGTACT TCAGCTCCAAGTCGTTGGCCAAGAACTTGGAGGCCTAACAGGCTGGAACC CACCTCACGTGGTGGCCAACCAGGTCATGCAGCGAGGAGGAGTCCTGCAG CGGGACGTAGGAGGAGAAGGGCTTCAGAAGCCCGTCCGCCCCCTAGCGGA AGACAACCGGCTGTGAGGACGGAAAGGTGTGAGAGAGTGAGCCCGTTAAA TACGCTGCCAAGTGAATGGCAGGGCCAGGCACCTACTCCACTGAACCCAG ACACTGCATTCAATGGGTACATCTGTGCTAACGTATTGCATGGACTTGAG CGTCTTGGAGTATTCGAACTTTTGAGGGATGAAAAGAGCTTAGATATGGA TCGTTTCTGCGAGACGAATGGTCTCGATTCTGCGGTTTTTAGGGCGCTTG TCGGAGCTGCAGAGTCATTCGGCTATCTTGACGTCAGAGGAGCCCAAGTA AGAGCCACGTCTGTGGGTGAGGATGTTGCTAGATACTTGGGTTTCTTTAC GTGGGGTGTTGGGGGATACCACGATATTTTTGCAAGTGCTGCTCCTGTCG CCAGGGGCGAGAGGAGGTTTGGCGTTGATTTGCACAGGGATGAGGGGATG GTCGCCCTGGGAAGTGCCCAGGCTGATACCGCGTTAATGAGACACATCCT TGACGAGGAAATAGCAGGTATAGACTTCAGAACCCTGGTCGATCTTGGAG CCGGGGTATCCGAGCGTGTGAGTAGACTCGTGAAGGCACGTCCTGGTACT CGTGGGATCGGGATCGATATATCACGTCCAGCCACTGAACTTGCCAGAGA CACCGTCGCAGGATACGGCCTGGCGGGAACGGTCGAGCCTGTGTGCGCCG ACGTCTTGGACATATTGTTCAATGGTCAAGAGATTGACGGTGGGGATGCA GCAGACGTTGTAATGTCATTTATGTTCCTACATGACTTATTAGCTGCGCC CGAAAGAAGGGAAGAAGTAGTACCTAGATTACGTAAGGCTTTTCCGAGGG CCCACACGTTCTTGTTGGCTGACACTACGATAAGGCCACGTAACGAGGAA GGAGACGGCAGGTTGCCTGTCTTCTCATCCGGGTTTGAACTTGCTCATGC CCTTATGGGTGTTCCTCTGCACACCAGAGAAGAATACGAAGAACTATTTG AACGTGGAGGTATGAAGCTACGTAGAAGTGTACCTTTCGGGGCGCCTCAT ACCTACCTATTCGTCCTGGAGGCGAGT

Seq. ID No: 31

>ATMT_4ATGACAAACGACCCCTCCCCAAGAGATGCACGTGACGAACTGC CTGTGAGAGACGAGCTGCGTGGTCAATCCCCTTATGGGGCGCCGCAATTA GACGTTCCGGTCAGACTAAATACTAACGAGAATCCGTATCCTTTACCGGA GGCCCTGGTCGAAAGGATCGCGGAGAGAGTCAGGGAAGCCGCAAGGAGCT TGAATAGGTATCCCGATAGGGATGCCGTCGAACTAAGGACTGAACTGGCA CGTTATTTGACGAGAACAGCTGGGCATGAAGTTACCGCCGCGCATGTTTG GGCAGCGAACGGATCAAATGAGGTCCTTCAACAGCTACTACAGACTTTCG GGGGCCCAGGTCGTACTGCTATAGGCTTTGAACCATCATACTCAATGCAT GCACTGATATCAAGATCCACTGGCACAGGATGGATCTCCGGGCCAAGAAA TGACGATTTTACGATCGATGTGGATGCGGCTAGAGCAGCTATCGCCGAAC ATAGACCAGAGGTCGTGTTTATTACCTCCCCCAACAACCCGACAGGTACT GCAGTTAGAGCAGAAACAGTACTAGCGTTATATGAGGCAGCACAGGCAGC AAGGCCGAGCATTGTAGTGGTGGATGAAGCATACGGGGAGTTCAGCCATC ATCCCAGTCTACTGCCCCTTATAGAAGGCAGGCGTCATTTAGTTTTGTCC AGAACAATGTCTAAGGCGTTTGGAGCTGCTGGTTTGAGGTTAGGATATCT GGCTGCCGATCCAGCCGTGGTTGATGCTGTTCAATTAGTGCGTTTACCTT ATCATTTATCCTCTGTTACGCAAGCTACCGCACTTGCAGCCTTGGAACAT ACTGATACCTTGTTAGGCTATGTCGCCCAGCTTAAAGGTGAAAGAGACAG GTTAGTTGCTGAGCTGAGAGCCATCGGGTACGAGGTAACGGAAAGCGACG CGAACTTCGTACAATTTGGCCGTTTTGATGATTCACATGCTGTCTGGCGT CAGATATTGGATAGAGGTGTTCTGGTCAGGGACAACGGCGTACCTGGGTG GTTGAGGGTAACTGCTGGTACCCCAGAGGAGAACGATGCCTTCTTAGACG CCGTTAGAGAGCTTAAAAAGGAGCACGATGCCGGCGGTGGAAGTGGGGAA GGGCGTGGGTCCCTGCTTACTTGCGGTGACGTAGAAGAGAACCCCGGCCC ATCTAGTTCATCTTCCACACGTACTGATTTTGCCCAGTCTGCAGTGGCCA GCATCTTTACAGGTGCGATAGCGTCACACGCTGCGGTTTTAGCAGATGAT CTGGGATTGTTTGATGCACTAGCTAAAGGCAAGCTGAGGAACAGAGACTT AGACCGTTCCCCTTGGTTGAGAAATCGTATCAGGATTAGCGGTGCCCTAG AGGCTCTGTGCAGGGTCGGAGCCGTCCAGAGATGCACAGACGGCTACGAG CTGACCGACGTAGGGACGGAACTGGCTGGCCAGGTTCCAGTATTCCGTTT GTGGCTGGGAGGTTACGCTTCAGTGCTGGCTGGGCAAATTTCAATCGGCG CTGACCCTGCGACGGGTGTCCACGGGGGAATCGTGGCCGAATCAAGCGGT GCTATCGGGGCACGTTACCTAGATGAGACGATAGTCAACTTGTTAGAGTC ACTGAGGCCAGAGGGTAGGATATGCGATATTGGATGTGGAACCGGGGCTA GACTGTTAAGAGTCTGTCGTAGAGTCAATCAACCCGGTATTGGATACGAT TTGTCAGCCAAGGCTGTGGAAGCAGCAAGGGAGACTGTTGATGAAGCCAG AAGGATTGGTGTAGATATCGACGTGAGGCAGGGAGACGCCACTGCGCTTA CTCAAGATCATCCTGATGTGGACATAGTGACCCAGGCGTTTATGACTCAC CACATAGCTCCTGACGAATACTGCGCGGCCGTTTTGAGGAGTTATCGTTC CCGTTTTCCCAGAGCTAGGTATTTGGTTATTTTCGACACTGTTCCGTCTC AGGACTCCGAGGAACCCGAAATCTTCGCCCCCGGCTTCGACTATATTCAT GCACTACAAAATATGGAGCCGAGGTCACGAGGGGCGGCTAGGAGAATGTT CACGGAAGCGGGTTATATTTGCCGTGAGGAAGTTGAGTTGGCTGTTCCCA ACAGTTACGCGTGGGTTCTGGAGATGCGTGATAGAGAAGGCCCGGCTTCC

Seq. ID No: 32

>ATMT_5ATGACCAATGACCCTTCCCCACGTGATGCCCGTGACGAATTGC CGGTGCGTGACGAATTGAGGGGACAAAGTCCATATGGTGCACCACAGCTA GATGTTCCGGTTCGTCTTAATACTAACGAGAATCCTTACCCACTTCCTGA GGCATTAGTAGAAAGGATCGCTGAGAGAGTAAGGGAAGCAGCAAGGTCCT TGAACAGGTACCCAGATAGAGACGCCGTAGAATTAAGAACCGAACTAGCG AGGTACCTGACAAGAACCGCAGGCCATGAGGTTACCGCTGCACACGTATG GGCCGCAAATGGCTCCAATGAAGTACTTCAGCAGCTTCTGCAGACTTTCG GAGGGCCTGGCAGAACTGCTATTGGGTTCGAACCGTCTTACTCAATGCAC GCTCTGATTTCTCGTAGCACAGGGACCGGATGGATAAGCGGACCAAGAAA CGACGACTTTACGATCGACGTTGATGCCGCCAGAGCTGCCATTGCCGAGC ACAGGCCCGAAGTGGTTTTCATCACCTCCCCCAACAATCCAACCGGTACG GCAGTGCGTGCCGAGACAGTTCTGGCGCTATATGAAGCGGCGCAAGCGGC CCGTCCCTCCATTGTGGTAGTGGATGAAGCATACGGCGAGTTCAGCCATC ATCCTTCACTGTTACCATTGATAGAAGGTAGGAGGCACCTTGTCCTATCC CGTACTATGTCCAAGGCCTTTGGGGCAGCCGGTTTAAGATTGGGGTATCT GGCCGCCGACCCAGCAGTGGTCGATGCGGTACAATTAGTCAGGCTTCCCT ATCATTTAAGCAGTGTCACCCAAGCGACTGCCCTGGCAGCGTTGGAGCAC ACGGATACGCTACTAGGATATGTAGCCCAGCTGAAGGGCGAGAGAGATCG TTTGGTTGCCGAATTAAGAGCGATAGGTTATGAAGTCACCGAGAGTGACG CAAACTTTGTGCAGTTTGGCCGTTTTGATGATAGCCATGCAGTTTGGAGG CAGATCCTGGACAGGGGAGTGCTGGTGAGGGACAATGGTGTGCCAGGTTG GTTAAGAGTAACAGCCGGCACACCGGAGGAAAACGACGCATTCTTAGACG CGGTTAGAGAGCTTAAAAAGGAGCATGATGCGGGCGGGGGATCAGGAGAG GGGAGAGGTAGCTTGCTGACTTGCGGTGACGTCGAGGAGAACCCGGGGCC TGCTCAGGCGGCACCCACAACGGTGACAGAGGTGTTCAATCACGCGATAA CTGCATCCGCTATCAGTGCAGCTTGGGAGATGGGGGCCTTTGACGCTCTG AGGGTTAGTGAGAGGCTAGACGCTGATGAGTTTGCTGCGCGTGAAGGACT TGACACTAGATCCACACATGAACTTTTTCGTGCTCTGGCTGCTGCTGACA TCGTATCAAGAGACGGCGCGCAGATTCGTCGTGGTCCGAATTTCGCTGAA GCTGATAGATGCAAAAGCCTGTTTCACTGGATGACAAGAGGGTGCGGGGA ATTATTTAGCACACTGCCTGCGCTAGTTCGTGAGAAAAATAGAGTGGGTT CCTTTTACCGTAGAGATGCCGCAGCCATCTCAGTTGCATGCCGTGAAATT AACGCGGAATGGTGGGACCCTGTTTTCTGGCCAGTCGTCTCTGGTCTTGA TTTCACGAGTGTTGCAGACCTTGGATGCGGTTCTGGTGAACGTTTGATTC GTTTAGCTAGGACGGGACCGGAGGTGATGGCCCTAGGTATTGACTTTGCC GCTGGGGCGATCGAAGTTGCTACGGCGGCTGTTGCTGAGGCTGGTTTGTC AGACCGTATCTCATTAGTCCAGGGCGATGCCACAGCTTTAGAGCCTCGTC CCGAATTTGCTGGTGTAGATTTACTAACTTGTTTCATGATGGGGCATGAT TTCTGGCCGAGAGCAGAGGCAGTGGCTAGTCTACGTCGTATAAGGGAGGT TTTTCCGGATTTGAAACACTTCCTTCTTGCAGATGCAACGAGGACGACGA GTTATCCTGATACGGATATGCCTGTTTTTAGCATGGCATTCGAACTTGCG CACGCAGTGATGGGAGACTACTTACCTACCTTAGAAGAGTGGAGACCCGT GTTTGAAGAAGCCGGTTGGAGATGTGAGGGGGAGCATCCTATCAGCGTAC CTGCTGATAGCGTAATGTTCCACTTGGTACCTAAT

Seq. ID No: 33

>ATMT_6ATGACAAATGATCCTTCACCGAGGGACGCGCGTGACGAGCTAC CTGTACGTGACGAATTGAGAGGTCAATCACCCTACGGCGCTCCTCAGCTA GATGTTCCAGTTCGTTTGAATACGAACGAAAACCCGTACCCACTACCCGA AGCTCTGGTGGAGCGTATTGCTGAGAGAGTGCGTGAGGCCGCGAGAAGTT TAAACAGGTACCCTGACAGGGACGCCGTTGAGCTTAGAACAGAATTGGCT AGATACCTAACTCGTACCGCGGGTCATGAAGTTACAGCAGCACATGTCTG GGCCGCCAACGGGTCTAATGAAGTTCTGCAGCAACTACTGCAGACGTTCG GCGGACCGGGCAGGACAGCTATCGGCTTTGAACCTTCCTATAGCATGCAT GCGCTGATATCAAGATCTACCGGGACGGGGTGGATCTCCGGACCCAGGAA CGACGATTTCACGATAGATGTAGATGCAGCTCGTGCTGCCATCGCCGAGC ATAGACCAGAAGTCGTATTTATTACCAGTCCTAATAACCCAACCGGGACG GCGGTACGTGCTGAAACTGTACTTGCTCTGTATGAGGCGGCTCAAGCAGC AAGGCCTTCCATTGTTGTTGTGGATGAAGCGTACGGCGAATTTTCACATC ATCCGTCTCTGCTACCGCTGATAGAGGGTCGTCGTCACCTGGTATTGAGT AGGACGATGTCAAAGGCCTTTGGGGCGGCTGGACTGAGACTGGGCTACCT AGCCGCAGATCCTGCGGTCGTCGATGCAGTTCAATTGGTAAGGTTACCCT ACCACCTATCTAGCGTCACACAGGCTACCGCTCTAGCAGCATTAGAACAT ACTGATACACTGTTAGGCTATGTGGCTCAGCTAAAAGGGGAACGTGATAG ATTAGTCGCAGAGCTTAGAGCGATCGGATATGAGGTGACCGAGAGTGATG CGAACTTTGTGCAGTTTGGGAGATTTGACGACAGTCACGCTGTCTGGAGG CAAATTTTGGACAGGGGAGTTTTAGTTAGAGATAACGGGGTACCCGGGTG GCTGAGGGTAACTGCTGGGACACCAGAAGAAAATGATGCTTTTCTGGACG CAGTCCGTGAGCTGAAGAAAGAGCACGACGCAGGAGGAGGATCTGGAGAG GGTAGAGGCTCCCTATTGACATGCGGCGACGTCGAGGAAAATCCGGGCCC ATCCACTGAGGTTAGCGAAGCCCAGGCAAGGAGGGCGGTAGCGGACATTT TTAATAGCACTTTGGCGTCTTCCGCTATTGGCGCCGCTTGGGAGCTAGGG GCACTGGACGAACTGAGAGAAAATGGGAAACTAGACGTGAGCGATTTTGC GGTTCGTCACGATCTGCACGAACCTGCTGTAGTAGGGATGTTTACGGCGC TGGCAAGCGTTGGCATTGTGCGTCGTGAAGGCGCCACCGTTGTTGTAGGT CCTTATTTCGACGAGGCAAATCACCACCGTTCCTTATTTCATTGGCTTAA CCAGGGCTCTGGAGAACTGTTCAGAAGGATGCCACAAGTGCTGCCCAATG AGAATCGTACTGGAAAATTCTACCAACGTGACGCCGGAGCCATCAGTTAC GCCTGTCGTGAGATCTCTGAACGTTATTTTGACCCAGCATTCTGGGCGGC AGTAGATGGTCTTGGCTACACCCCAACTACAGTCGCAGACCTTGGCTCAG GCTCAGGGGAGAGGCTGATTCAGATTGCGAGAAGATTCCCGGGGGTGAGG GGTTTGGGGGTAGATATCGCCGATGGAGCCATCGCTATGGCCGAAAAAGA GGTAGCCGCTAAAGGGTTCGGTGATCAGATCTCATTTGTCAGAGGCGATG CGCGTACCATCGACCAAGTATCTGCCAGAGGTGAATTTGCCGAAGTGGAT TTGTTAACATGCTTTATGATGGGGCATGACTTTTGGCCCCGTGAGAATTG CGTACAGACCTTACGCAAATTGCGTGCAGCGTTCCCGAATGTGAGGAGGT TTTTACTGGGAGACGCAACAAGGACGGTCGGGATACCGGATAGAGAGCTG CCGGTTTTTACTCTGGGTTTTGAATTTGGTCATGACATGATGGGGGTCTA CCTACCCACCTTGGACGAATGGGATGGAGTATTTGAGGAGGGAGGCTGGC GTTGTGTAAAGAAGCATGCAATCGATAGCTTATCTGTGAGTGTTGTTTTC GAACTAGAG

Seq. ID No: 34

>BH4reg_1ATGGCAGCGTCAGGGGAAGCCCGTAGGGTGCTAGTATATGG TGGTAGGGGAGCCCTGGGTTCCCGTTGCGTACAGGCTTTTAGAGCGAGAA ACTGGTGGGTGGCTAGTATCGATGTGGTCGAGAACGAAGAAGCTAGTGCT TCAGTGATAGTTAAGATGACAGATTCATTTACTGAGCAGGCTGATCAGGT TACTGCTGAAGTTGGGAAACTTTTAGGGGACCAGAAGGTAGACGCAATCC TTTGCGTCGCAGGTGGGTGGGCTGGCGGGAATGCGAAAAGCAAATCTCTG TTTAAAAATTGCGATTTAATGTGGAAGCAATCAATCTGGACCAGCACCAT TTCTTCTCATCTAGCTACTAAACACCTAAAAGAAGGCGGGCTGTTAACAT TGGCAGGAGCAAAAGCCGCCCTTGACGGTACCCCAGGAATGATTGGATAT GGTATGGCTAAAGGAGCTGTTCACCAGCTATGTCAAAGCCTGGCTGGTAA GAACTCTGGAATGCCGTCCGGCGCAGCGGCGATAGCAGTATTGCCCGTAA CCCTGGATACTCCTATGAATAGGAAGTCCATGCCTGAAGCCGATTTCTCT AGTTGGACTCCGCTGGAATTTCTAGTAGAAACTTTCCATGATTGGATAAC CGGAAATAAGCGTCCTAATAGTGGTAGTCTAATACAAGTCGTCACCACGG ATGGGAAAACCGAGCTGACCCCAGCGTACTTT

Seq. ID No: 35

>BH4reg_2ATGACCGCTCTTACCCAAGCTCATTGTGAAGCCTGCCGTGC GGATGCACCTCACGTTAGCGATGAGGAGCTTCCAGTTTTGTTAAGGCAAA TACCTGATTGGAATATAGAGGTCCGTGATGGGATAATGCAACTTGAGAAG GTGTATCTTTTTAAGAATTTCAAACATGCCTTAGCCTTCACGAATGCAGT GGGGGAAATATCAGAGGCCGAGGGGCACCACCCGGGCCTTCTTACTGAAT GGGGTAAAGTTACTGTGACTTGGTGGAGTCACTCTATCAAAGGTCTGCAC AGGAATGATTTTATTATGGCAGCCAGAACGGATGAGGTCGCGAAGACAGC AGAAGGGCGTAAA

Seq. ID No: 36

>BH4syn_1ATGGAAGGGGGTCGTCTTGGCTGTGCTGTATGCGTACTAAC TGGGGCCAGCAGAGGATTCGGCAGGGCCTTGGCTCCACAATTAGCTGGAC TACTGTCCCCGGGATCTGTGCTGTTGCTTTCTGCGCGTTCCGACTCCATG CTAAGACAGTTGAAAGAGGAGTTATGTACCCAGCAACCCGGTTTACAGGT AGTTTTGGCTGCCGCCGACCTTGGTACTGAGTCCGGCGTGCAACAACTAC TTTCTGCAGTCAGAGAATTACCCCGTCCAGAAAGACTTCAGAGGCTGCTG TTGATAAACAATGCGGGCACACTGGGTGATGTGTCAAAGGGATTTCTAAA TATCAATGATCTAGCAGAGGTGAATAACTATTGGGCCTTAAATTTAACCA GCATGCTTTGTTTGACGACAGGGACATTAAACGCATTTTCTAACAGCCCC GGACTTTCAAAGACAGTAGTCAATATTTCTTCACTGTGTGCGCTGCAGCC CTTCAAGGGGTGGGGACTGTACTGTGCTGGTAAAGCAGCTCGTGACATGC TGTACCAGGTGCTGGCCGTTGAAGAACCAAGTGTTAGAGTTTTAAGCTAC GCCCCTGGACCACTAGACACGAACATGCAACAGTTGGCCCGTGAAACCTC TATGGACCCAGAGCTGAGATCCAGGCTGCAAAAACTTAACTCTGAGGGAG AGCTAGTTGATTGTGGAACTAGCGCACAAAAACTATTGTCCTTGTTACAA AGGGATACCTTCCAAAGTGGAGCGCACGTCGATTTCTACGACATT

Seq. ID No: 37

>BH4syn_2ATGCACTCCCCGAGCCTGTCAGCGGAAGAAAATCTTAAAGT CTTTGGAAAATGTAATAACCCTAACGGCCACGGTCACAACTACAAAGTTG TGGTAACTATACACGGCGAGGAGGCAATCATGAAGCCTTTGGACCATAAA AATTTGGACCTGGACGTACCTTATTTCGCTGACGTAGTCTCTACAACCGA AAATGTAGCAGTATACATCTGGGAAAATTTGCAGAGGCTACTACCGGTGG GAGCACTTTACAAAGTTAAAGTATATGAGACAGACAATAATATCGTAGTC TATAAGGGTGAG

Seq. ID No: 38

>BH4syn_3ATGCCATCATTGTCCAAGGAGGCTGCCTTGGTTCACGAGGC TTTGGTCGCAAGGGGGTTGGAAACGCCGTTGCGTCCTCCGGTTCACGAGA TGGACAACGAGACTAGGAAATCACTAATCGCTGGTCACATGACTGAAATC ATGCAATTGCTTAATCTTGACCTTGCTGATGATTCACTGATGGAGACTCC ACACAGAATTGCGAAGATGTATGTGGACGAAATATTTTCCGGTCTTGACT ATGCCAACTTCCCGAAAATTACCTTGATTGAAAACAAAATGAAAGTGGAC GAGATGGTGACCGTTAGAGACATCACCCTTACCAGCACTTGCGAACACCA CTTTGTGACTATTGATGGAAAAGCCACCGTGGCGTATATCCCAAAGGACA GTGTCATCGGGTTGTCAAAAATCAATAGAATAGTCCAGTTCTTTGCACAA AGGCCACAAGTTCAGGAACGTCTTACTCAACAAATCTTAATCGCCCTTCA AACCCTATTGGGGACCAATAATGTCGCTGTGAGCATCGATGCGGTACACT ATTGTGTTAAGGCCCGTGGTATTCGTGATGCGACGAGCGCCACCACGACG ACCTCACTGGGAGGACTGTTTAAGAGTTCACAAAATACTCGTCACGAGTT TTTGAGAGCCGTTAGGCACCATAAC

Seq. ID No: 39

>BH4syn_4ATGCACCACCATCATCATCATACGTCCAGTACACCTGTAAG AACCGCTTATGTCACGCGTATAGAACATTTTAGCGCGGCCCATAGGTTGA ATAGTGTCCACTTGAGTCCAGCTGAGAACGTAAAACTGTTTGGCAAGTGC AATCATACCTCCGGGCATGGTCATAACTACAAAGTAGAAGTAACGATTAA AGGACAGATCAACCCACAGAGCGGGATGGTGATCAACATAACCGACTTAA AGAAGACCTTGCAGGTGGCCGTTATGGACCCGTGCGACCATAGAAACCTG GACATTGATGTGCCATATTTCGAGTCCCGTCCATCAACCACTGAGAACTT AGCAGTTTTTCTCTGGGAAAACATAAAGTCCCACTTACCTCCTAGTGATG CCTACGACCTATACGAAATTAAATTACATGAAACCGACAAAAACGTGGTG GTCTACAGAGGCGAG

Seq. ID No: 40

>BH4syn_5ATGCATCATCACCATCACCATAGCTCCAAGGAGCATCACTT GGTCATAATCAACGGTGTCAATAGAGGGTTTGGGCATTCAGTTGCCTTAG ACTACATTAGGCATTCTGGGGCGCATGCCGTCAGCTTCGTGCTTGTAGGG CGTACGCAACACTCTTTAGAACAAGTGCTAACTGAGTTGCATGAAGCAGC ATCCCATGCTGGAGTGGTCTTCAAGGGCGTCGTTGTTAGTGAGGTCGATT TAGCACATTTAAATAGCTTAGACTCTAATCTAGCCCGTATTCAGTCTGCC GCAGCAGACCTAAGGGATGAGGCGGCGCAGAGCACTAGAACAATAACGAA GAGCGTGTTGTTTAACAACGCCGGTTCACTAGGGGACCTGTCAAAGACTG TAAAAGAGTTCACCTGGCAAGAGGCAAGGTCATATCTGGACTTCAACGTG GTCTCACTTGTGGGACTATGCTCTATGTTTCTTAAAGACACGTTAGAAGC GTTTCCAAAAGAACAATATCCCGACCACAGAACTGTCGTTGTCTCCATTT CTTCCCTGTTGGCTGTCCAGGCGTTCCCAAATTGGGGGCTATACGCTGCT GGGAAAGCGGCCCGTGATAGATTGTTAGGCGTCATAGCGTTAGAGGAAGC CGCCAATAATGTTAAGACTTTAAATTACGCGCCGGGTCCCTTAGACAATG AAATGCAGGCCGATGTCAGACGTACTCTTGGCGATAAAGAGCAGTTAAAA ATTTACGATGACATGCATAAATCCGGCTCTCTAGTTAAGATGGAAGACTC AAGTAGAAAACTTATTCATTTACTAAAAGCTGATACGTTCACGTCTGGCG GGCATATAGACTTTTACGACGAG

Seq. ID No: 41

>DAC_1ATGGTTGATGCAGACATAGCCCTGAATTGGGCGGGAGGACTTCA TGTATGTATCGTGAGACCTCCGGGACATCATGCAGAGCCCGGCGCTGCAT GCGGTTTTTGTTTCTTCAACAATGTCGCTCTAGCTGCGAGATACGCTCAG AGCTTGCAGAGTCCTTCCGACCCACCCCTGAGAGTCATGATTTTAGATTG GGATATTCATCACGGTAATGGCACCCAACATATCTTCCAGGATGACGCTA GTGTGCTATATGTATCACTTCATCGTTATGACGACGGCACATTTTTCCCG TCCTCAGAAGACGCTGCGCATGATAAAGTTGGAAGCGGACCGGGCGAGGG TTTTAATGTAAACATCCCCTGGAATGGGGGTAAAATGGGGGACGTGGAGT ACTTGCTGGCTTTTCACAGAATAGTGATGCCTATTGCTTACGAATTTAAC CCTCAACTGGTATTGGTGTCCGCGGGCTTTGACGCGGCTAGAGGTGATCC TTTAGGGGGCTGCCGTGTCTCACCTGAAGGGTATGCACACATGACCCATT TGCTAATGGGTTTGGCGGGAGGAAAAGTAGTCGTTGTACTTGAGGGTGGG TACAATCTAACATCAATAAGCGAGTCAATGAGCATGTGTACGAGAACACT ATTGGGAGATCCTTTGCCTTTCATATCAGATTTGCATGCCCCTAGACCAG CCGCGTTGAGAGCGATCTCTAGTGTCCTGGGGGTCCATCAGAAGTATTGG AGAAGTTTGTGCATAAACGTAGGGCCGCCA

Seq. ID No: 42

>DAC_2ATGAAAACACATCCACACCCGGAACGTCCAGATCGTTTGCAGGC CATAGCAGCGTCCTTGGCCACTGCCGGCATATTTCCCGGAAGATGCTACC CGATCCCGGCGAGAGAGATTACCAAAGAAGAATTGCAGATGGTTCACTCA CTGGAGCACATTGAAACTGTCGAGCTTACGGGCCAAATTCTATATTCTTA TTTTACTCCTGATGGCACGAATCCACATAATAGGCTGAAGCTGGATAACA GGAAGTTGGCGGGCATCCTATCACAGAGGATGTTTGTAATTCTACCATGT GGAGGACTGGGAGTTGATAGCGATACTATCTGGAATGACCTTCATTCCTC CAACGCTGCCAGATGGGCCGCCGGTTCAGTTATTGACTTAGCTTTCAAAG TGGTCACCAGAGAATTGAAAAACGGCTTCGCTCTAGTTCGTCCGCCCGGG CATCATGCAGATCCATCCACCGCAATGGGGTTTTGCTTCTTCAACTCAGT GGCTATTGCAGCTAAACAGCTTCAGCAGAAACTAAACGTGAGGAAAATTC TGATTGTGGATTGGGACGTGCACCACGGGAATGGTACGCAGCGTGTATTT TATCGTGACCCTAACGTGCTTTACATATCCTTACATAGGCATGACGACGG AAACTTCTTCCCAGGGTCAGGAGCAGCAGATGAAGTAGGTGCCAATAGCG GGGAAGGCTTCAACGTTAATGTTGCATGGGCAGGCGGCCTAGACCCGCCT ATGGGTGATGCGGAATATCTAGCAGCGTTTAGGACAGTTGTCATGCCGAT AGCCCACGAGTTCGCCCCCGATGTAGTACTTGTGAGTGCGGGGTTCGACG CTGCGGAGGGT

Seq. ID No: 43

>DAC_3ATGATGGCAACAGAACCGATAGCGAGTGGGAGCGGCACAATGGA CATCGACAGCGAGAAGACGCCAAGCACGAGCCAGGCCAATCCAATGGCAG ATACCTTTCAGACCCGTGAAGCGGTACTAGGATTAGGTGAAGTAGTGGAG CATGTAGGCGGGCGTTGGGTGGCGGAGCAAGAGTGGATTAGAAGTCCTGA GAGGAAAATGGCATACACTCAAGGTACTAAAAAGAAGGTGTGCTATTACT ACGATGGAGACGTCGGCAATTATTACTATGGACAGGGTCATCCTATGAAG CCCCACAGGATCAGGATGACCCATAACCTGCTGTTAAATTACGGATTATA CAGAAAAATGGAGATTTACCGTCCCCACAAGGCCAACGCTGAGGAGATGA CTAAATATCACTCTGACGACTACATAAAGTTCCTAAGAAGTATTCGTCCA GATAATATGTCAGAGTATAGCAAGCAGATGCAGCGTTTTAACGTTGGTGA AGACTGCCCAGTATTCGACGGTCTATTTGAGTTTTGTCAGCTGTCCACGG GCGGGAGTGTAGCGTCAAGCGTCAAATTGAACAAACAGCAAACGGACATA GCCGTGAACTGGGCCGGCGGATTACACCACGCGAAGAAGTCAGAAGCGTC TGGATTCTGTTACGTAAACGACATCGTACTAGCGATCCTTGAGCTTCTAA AGTATCACCAGAGAGTTTTATATATTGATATAGACATCCATCACGGCGAT GGGGTGGAAGAAGCGTTTTATACGACGGATCGTGTAATGACGGTATCATT TCACAAATATGGGGAGTATTTCCCAGGAACAGGTGACTTGAGAGACATTG GTGCGGGTAAGGGTAAATACTACGCGGTCAACTATCCCCTTAGAGACGGC ATAGACGACGAGTCC

Seq. ID No: 44

>DAC_4ATGGACGCGGGTACGCGTAGAGTGGATGATGCGGCCGTTCCAAG TACGGGTCCATCCGCATCCTTACTAAGATCAGCGAATATGTTAAGTGCCG CGTTCGGTCTAACAGCATCTCTATACTCCAGATTACGTGGGGTGTGCTCC AGTAGAAGAGCCCTATCCACGTCAGCTCGTACGTCTGAGGCGGCCGGAGT AGGGGCGAAACCCGGAGTCGCTGCCGCATTAACCGTTCCCTCAACTGGGC CCTCTGCTTCCGAAGCATCACCAGCTGCTCTATTAAGGATTCAAGTCGCG GAAGAGTGGGCGCGTGCCAGTGGACTATTGGATAGGGAAGACTGCCAGGT TGGTCTGGCATTCGATGAAGCCATGCATTTACATAGTGGACCAGCTGGTC ATCCTGAAAGACCAGCCAGGACCAAAGAAATACTGGCGCAGCTACACGCG TCAGGTTTAGTGAGAGCTTGTGCCCAAGTCCCTAGTAGGGAAGCGACTGA AGAAGAATTACTATTGGTCCATGACGCCAGACATGTAGAGAGGGTGTTAC GTCATGAAGCGGCTGGTCATAAAAAGGCTAAGGCTTTCAGTTTCCCTTTC GGCCCCGATACATATGTTTGCGAGCATACAGCGAGATGCGCTCGTCTAGC TGTAGGTTGCTTATTGTCTCTTGTTGACGCTTCTTTAGATCCAGCAAGTC CGGTTCGTACAGGGATGGCGGTAGTTAGACCGCCCGGGCACCACGCAACC AGTGATCGTGCGTCCGGATTCTGCTTGTTTAATAATGTCGCTGTTGCCGC CAGACACTTGCAGAGACGTCATGGTTTAAAAAGAGTTGCAATTGTTGACT GGGATGTTCATCACGGTAACGGTACGAACGATCTGTTTACCGAAGACCCA AATATACTGTTTTTCTCCGTTCACCGTTTTGATAATCACGGGTTTTTCCC CGGGAGTGGTTTTCTTGAGGATGTTGGTCATGCGCAAGCTCGTGGTTACA CGGTGAACGTCCCCCTGGAGAAAGGCTATGGGGATCTTGATATCGTTCAT GTCGTAAAATACGTGCTTTGCCCCGTCCTAGAGAGATTCAAGCCCGATGC GATCCTGGTCTCCGCTGGGTTCGATGCCGTAAAGGGCGATCCACTAGGCG AGTGCAGAGTGTCTCCGGAGGCTTTTGGCTGGATGACGCGTTGTCTACAT CGTTTAGCTCAGCGTTATTGCGACGGCAGGTTGTTCCTGGTACTAGAGGG CGGGTATAATCCTGACATGATAGCACAGTGTTGCATCGAATGCGTTCAGT CCCTAGTGGCAGAGGCTGCTGGATTAAGGGGCCCTTGGCCCGAGTTCCCT GCTGTGGGAGTTCCGTTGGCAGAAGGAGCGCAGCTGAGTGCACCCAGCTC AGCCCCTACCTCTGCCCCCGGGACGCCAACTTCAACAAGCCCAGCCAGCT CCCCAGCCCTGTCCGCCGCAGCACCACCTTTAGCTTCCCCCGGTAGCACA CCAACTTCCTCTCCTTGTTTAAGGCCAAGTGGGGGTGAAGCACCGCCTAG ATCACCTCCGTCTGCCAGCGCGTCAGCGGGAGGAGGCGCAAGGCAAAGGG CGCGTGCTCCAAGTTCTAAGACAGTCAGGGCGGTAAGACAGCTGACAGAG ATACATCACCTGCTACCTTTGGAGCTGCCTGTTGCGCCGCGTCCAGGGGA CGGTCCCGGCGCTGCAAATAAGTCCGCCAGAAAGAATGAACGTAGGAGAC TTGGGAGAGGTAGGAGGGGACCGGAAGAGGAGGGAGCCAGTAGTGACAGT TCAGGCTGGGCCATCGCTTGTGGTTTAAGTGATGCTGAACCCTGGCCGAG TCCACAGGCGTCCCCTGTGGCTTCGCTTTCCCAAGGAGCTTCTTCCTTAC CCACGTTAGAATTACCGCCCGCGTTTCCAAGTTTAGACGGTGTTGGAAGT ACGGCCGGGAACTCTTACCTGGGTACGTCAGGGAACGTGGGAATCGACGC GGCCGGCCATAGTGCATCTTCATGGCTAGGTTCTCCGACTACAGCAGCGA CCGCAGTCGCCCCTCCCGCGAGGGGCGACAGGAAGGTGAAACGTCGT

Seq. ID No: 45

>DAC_5ATGGTGGATGCCGACATCGCGCTTAATTGGGCGGGAGGACTGCA TGGTCATCACGCAGGGCGTGGATGTAGCGAAGGATTCTGTTTGTTGAACA ACGTAGCAGTGGCCGCTGCCTACGCACGTAGTGCACATCCCGAACAGGTC AGAAGAGTTTTGGTGCTAGACTGGGACGTTCATCATGGCCAGGGCACTCA AGAAATCTTTTGGAGGGACCCCGGAGTGTTGTATGCGAGCGTCCATAGGG ATGGTGGGGAGGGATTCTATCCGGGAACCGGGGCCGCTGAGCAAGTTGGA GACGGAGCGGGGAGGGGCTTTACCGTGAACGTACCTCTTCCGACGGGCTA TGGTGACGGCTGTCTTTGGGCTGCTTGCGCCGAAGTTTTGTTACCAGCGG CAAGAAGATTCAGGCCGGATCTTATACTTGTATCCGCAGGATTCGACGCG GTTGCAGGAGATCCTTTGGGCGGGTGCCGTTGTACTGCCCGTGGCTTCGG AGCACTGACGGGTGAATTAAGAAAGCTGGCTGGGGAACTGTGTAGCGGTA GACTGCTTCTAGCCTTGGAAGGAGGCTACGATTTAAGGACGTTGAGAGCT TGCGTTGGGGAAGTGTGCCAAGCACTAGCAGCTCCGGAACCGGCAGAAGG TGGAGCC

Seq. ID No: 46

>DAC_6ATGAGGAATAGGTCAAGTGGGTTCTGTCTTGTAAACAATGTCGC TGTGGCAGCCGAATATGCAAGAGATCGTTACCCTGAAGTGGAGCGTGTTC TAATCTTCGACTGGGACGTTCATCACGGCCAGGGAACGCAGCAGATCTTC GAGCAGTCCCCAGATGTACTGGTAATCTCAGTGCACAGGCACGATGGTCA CAGCTTCTATCCTGCAACTGGAAGTGCAGGGGAAGTAGGCTCTGGGCCGG GAAGAGGGTATTCTGTCAATGTGGCTCTTCCTGCAGGTTATGGCGGGGCT GCACTTTGGACAGCTTGTGCCCATGTCCTTCTGCCTGCGGCAAGAAATTT TCAACCCCAACTTATTCTAGTCTCCGCTGGCTTCGATGCAGCGGCGAGTG ATCCACTAGGGGGATGTTTCGTCGAACCCCGTGTCTTTGGTGCATTAACA GCGGAATTAAGGAGGCTGGCTGCAGAGGTTGCGGAGGGGAGACTTATCCT GGCCTTAGAGGGTGGCTACAACCCGGAGGTGCTTGCAGATTGTGTTGATG AGGTCGCCGCCGCGTTGGTTGCAGATGCCTCAAGTTCCGGTGTAGAAGCA TTCGCCGAGGCCCCATCATGGCTCGCAGGGTCTGCATGCTTCGGGGCGAT AAGAAGGACTTGTGAGGCACATAGGATGGCTCCCTTGAGATTACCTCTTC CGTCATCAAGAATCGACAGAAGAAGAGCTGCTGCTCGTCAGGCGGAAGCG TTGTCTAGCCCGTCTAGCAGAGACGCTGGAGATACGGGAGGCGGCGAGGT ATCTGCACACGGCGCCACAACAACGGTTACCACATCAGCAAATTTGGGAG CTGGTACTCTAGCGGCGAGGCCATCCAGTATGGTGACAGGCGAGGGCAGG AGAGCCAATGGCCAGCTAGTGGACGTTCTGGGTATCGCACTTGCTGGTAA GCCTTCAGCATCTCCGTGGCCGGAGGCTCAGCGTACACAGGGATCTGCCC CCGGTACCCCGGCGCCCGCGACAGGGGGCGCGTTACCACCAGCTGAAACG GCCGAATCACCTGGGTCCGTCGCAAGCGGAGCCGCGGTTGCCCAGGGTCC AGTAGAATGTCAAGCGGCGGCACGTCAAGCTGGAGAGTGCCCGGGGCAAG CCCCGGCTCCGGCAGGAGCGGGAGCAGCGCCTGGAGGAAGGGGTGTCGAA GCGGCAGCCGCGCAGCACGGACAGGATTTGGCTCCAGCGGCAGGACCCGG AGCCGCCGCATTAGTGGAACTTCAAACGGGGGAGTTGGTCGTAAGAATCG CACCCCTTCCAAGGCCAAAAGACGTTGTGGTTTCCGCAGAGGAGCTGTGG GTTTGGCATGATCAAGGTGGGCCGCTGGGCGTGCAGAGGTGGAGGTTTGA AGGCGTACGTGCCGAGAACTCCGGAGCACTCAGATGTGCCGAATTTAGGT CCAAAAGGCACGAGTTGACCGTAAGACTAAGGTTGGGT

Seq. ID No: 47

>DAC_7ATGGTGAGAAGTAGTCAGGCTACAACATTTAGTTCTTCCCCCTA CTTTGCGGATAGGGGGATTCACGGTACCGCACAGCCGATCACTGAAAGAA TAAACCCGCGTAAGTGTACTTTTCACATATTGCCACCAGGCCTTGGGGGA TGGTTGTATCTTTTTCCAAAAATGAGTAAAACAGTTGCTTATTTTTATGA TCCGGACGTCGGCAACTTTCACTACGGCACAGGACATCCGATGAAGCCGC ACAGGCTGGCGCTTACACATAGCTTGGTTCTGCACTATGGGTTATACAAG AAGATGATTGTCTTCAAACCATACCAGGCAAGTCAGCATGACATGTGCAG ATTCCACTCAGAAGATTATATTGACTTCCTGCAACGTGTAAGCCCAAATA ATATGCAGGGATTCACGAAGAGCTTAAACGCGTTCAACGTAGGAGACGAC TGCCCTGTGTTTCCGGGGTTGTTTGAGTTTTGCAGTCGTTATACCGGCGC ATCTTTGCAGGGAGCCACGCAACTAAACAACAAAATTTGCGATATAGCGA TTAACTGGGCAGGGGGCCTGCATCATGCGAAGAAGTTTGAGGCCTCAGGT TTCTGTTATGTGAATGATATAGTCATCGGGATTCTTGAGTTGTTGAAATA CCACCCTAGAGTCCTATACATTGATATTGACATTCATCATGGAGACGGTG TTCAAGAGGCATTCTACCTAACTGACAGAGTAATGACCGTAAGTTTCCAC AAATACGGAAATTACTTTTTCCCAGGAACAGGAGATATGTACGAGGTCGG CGCAGAATCAGGGAGATACTACTGTCTTAATGTTCCTCTTAGGGATGGAA TTGATGATCAGAGCTATCGTCACTTGTTTCAGCCAGTAATCAAACAGGTC GTTGATTTCTATCAGCCAACTTGCATTGTTCTTCAGTGCGGGGCGGATTC TCTGGGATGTGACCGTTTGGGTTGCTTCAACTTATCCATACGTGGGCATG GGGATTGTGTACAATATGTTAAATCTTTCAATATACCACTGCTAGTATTG GGCGGTGGTGGGTACACAGTTAGGAACGTCGCCCGTTGCTGGACATACGA GACGTCACTTCTAGTGGACGAAACGATATCTGAGGAGCTACCATACAGTG AGTACTTCGAGTATTTTGCTCCGGATTTTACGCTACATCCAGACGTTAGT ACAAGGATTGAGAACCAGAATACGCGTCAATATCTTGACCAAATTAGGCA AACAATCTTCGAGAATCTGAAAATGTTGAATCACGCCCCCTCCGTTCAGA TCCATGACGTGCCGAGCGATTTGCTTTCCTACGACAGGACAGATGAGCCG GACCCCGAAGAACGTGGGGCCGAGGATAATTATACGAGACCAGAGGCATC TAACGAGTTTTACGATGGAGACCATGATAATGATAAGGAAAGTGATGTGG AGATC

Seq. ID No: 48

>DAC_8ATGTGGGATGTTCATCATGGTCAGGGGATACAGTACATTTTTGA AGATGACCCTAGCGTGCTATATTTTAGTTGGCATAGGTATGAGCACGGTT CCTTCTGGCCCAATCTTTCAGAAAGCGATTACGATAGCATAGGGAAGGGT AGAGGGACGGGTTTTAACATCAACCTACCCTGGAATCAGACTGGGATGGG TAATGCGGATTACGTGGCCGCCTTTTTCCATGTATTGTTGCCACTTGCCT TTGAGTTCAACCCAGAGTTAGTCCTTGTTTCTGCCGGATATGATTCTGGG ATCGGTGACCCCGAGGGACATATGAGAGCTACACCTGAGTGTTTTTCTCA CCTAACTCACATGTTGATGCACCTTGCAGGGGGCAAGCTGTGCATGATAT TAGAAGGTGGCTACCACCTACGTAGTTTGTCCGAGAGCGTAAGTATGACC GTAAGGACTTTGCTACGTGATCCAGTGCCCAGGCTTTCAGGTGAAATGAC GCCCTGCTATTCAGCCCTTGAGTCTATACAGAATACGCGTCATGCTCACT CACCATATTGGAAATGCCTTCTTCACGACGAAACTAGACTGGTGGAAGAG ATTTCTACGAAAGGACTGAAGGCACCGGGGCCGTTGCATGTTGATGCAAG CGTGGTTGATGAATTTCTTGAAAACCACATGAAGAAGATCTTGCACCCTA CTCCCCCAATTACAACTATGGTCGTCGCAAGCGTGGAGAATACGCTTAAC TTACCCGCGGGTGTTCAGTTAGAGGAGTCCACTGTCACGCCAGAGCAGGC CAGACATGCAATCTCCGTATTCAACCCAGATGAGTTAAATGAGAACGTGC TTAACTCAGTTTCAAAGATGCTTCCCGCCCTAGAGAAACTCGTCAAT

Seq. ID No: 49

>DAC_9ATGAAAACCCATCCCCATCCTGAACGTCCGGATCGTCTTCAAGC GATTGCCGCAAGTTTGGCTACAGCAGGAATATTCCCAGGGAGATGTTACC CTATCCCGGCAAGAGAGATCACTAAGGAAGAGTTACAGATGGTACATAGT TTGGAGCATATAGAGACGGTCGAATTGACAGGTCAGATTCTATATAGCTA TTTCACGCCGGACACCTATGCGAATCAACACTCAGCTCACGCTGCGAGGC TTGCGGCGGGTTTGTGCGCTGACCTAGCTAAAGAGGTCTTTAGTGGCAGG GCTAAGAACGGCTTCGCATTGGTTAGACCGCCAGGGCACCATGCTGGTGT CAGGCAGGCAATGGGATTTTGCCTACATAACAATGCGGCGGTAGCGGCGC TTGCCGCCCAAGTGGCGGGAGCCAAGAAGATCTTGATAGTAGACTGGGAC GTTCATCATGGGAACGGCACACAGGAAATATTCGAGCAAAATAAATCTGT TTTATACATATCGTTACACAGGCACGAGGGCGGAAAGTTCTACCCGGGTA CAGGGGCGGCGCACGAATTTGGTACTATGGGAGCCGAGGGCTATTGCGTG AATATTCCTTGGAGTCGTGGTGGCGTCGGCGACAATGATTATATATTTGC GTTCCAGCATGTTGTCTTGCCTATAGCGTCCGATTTCGCTCCTGATTTCA CGATAATATCCGCCGGCTTTGACGCTGCAAGGGGTGATCCACTAGGGTGC TGCGACGTGACTCCCGCTGGTTACGCTCAGATGACGCATATGTTAAACAT TTTAAGCGGGGGCAAACTACTTGTAATTTTGGAGGGTGGATACAACCTAC GTTCTATCTCAAGTTCAGCAACAGCAGTAATCAAGGTGTTGCTGGGTGAA TCTCCCGGCTGCAATCCCAAAAATTTCCTTCCGTCCAAGGCGGGTGTTCA AACTGTCCTAGAGGTCTTGAAGATACAAATGAACTTCTGGCCGGCTCTAG GCTCAATTTATAGTGACCTACAAACGCAATGGGGAATGTACTGCATGAAG ACCAAAAAGAAGCAAATAAAGAAAAGACAACGTGCGGCGGCGCCGCTTTG GTGGAAGTGGGGGCAGAAAAGTTTCTTATATCACTTGCTTAATGGTCATC TGCATGTAAAAAGCAAGGGCTGC

Seq. ID No: 50

>DAC_10ATGTTTCTAGTCAGACACCACTTATATAAATGGAAATCACATT TTCGTATCGATGCCGACGGTAAATTCGTCGAAGATCAGTTCTTTCCAAAG AACTTGAAAAGCGGCAGACGTTTCTTACGTAGCATAGGCGCTTCTATCAC GTGCTCTAATGGCATTGGAAAAGATCCATATATTTTGAGCAATGAGAAAA TTTCAGACGCTAGGCTAATATACGCAGTCGCGCCAGCGATGGGTCATAAT CAGGAAAGCCACCCTGAGAGTCACTTTAGGGTTCCTGCCATAGTCAACGC CTTAGAGAAGATGGAAATGACGCCTAAATTCAGGGGTTCCGAGATTATTG AGTTGCAATCTTTTAAGCCCGCTTTAGTTGATGATATAGCGTCTGTCCAT GCTAGAGCATATGTATCCGGTTTGGAAAAAGCGATGGACCAGGCGAGCCA ACAGGGTATAATATTTATTGATGGCTCAGGTCCAACATACGCAACGGCTA CGACATTTCACGAGTCTCTTGTGGCGGCAGGGGCGGGGATAGCATTGGTC GATTCTGTGGTTGCGGCTTCTAAAAACCATTTAGACCCGCCAGTGGGTTT TGCGCTAATAAGGCCCCCGGGCCACCACGCCATACCACTGGGCCCGATGG GGTTCTGTGTGTTTGGGAATGTCGCTATTGCCGCAAGATATGCTCAGCGT GCCCACGGGCTAAAAAGGGTTTTTATAATTGATTTCGATGTGCACCACGG CAACGGAACCAATGATGCGTTTTATGATGACCCAGATATATTTTTCCTAT CCACTCACCAAGACGGGTCTTATCCCGGCACGGGGAAGGTGGATGAAGTA GGAAGGGGCGATGGAGAGGGTACCACACTGAACCTGCCATTGCCCGGGGG TAGTGGCGACATAGCTATGACAACAGTATTCGACGAAGTCATTGCTCCAT GCGCTCAACGTTTTAAACCCGACATAATTTTGGTTTCTGCAGGCTATGAT GGGCATGTATTAGATCCATTAGCAAGCCTTCAATTTACAACTGGCACGTA CTACATGTTAGCCAGTAAAATTAAGTTGCTGGCGAAAGATTTATGCGGCG GTAGGTGTGTATTCTTTCTGGAGGGCGGTTATAACCTGGAGTCTCTATCC TATAGCGTAGCGGATAGCTTCAGGGCATTTTTAGGAGAACAGTCCTTGGC ATCAGAGTTTGATAACCCAGCGATCTTGTACGAAGAGCCATCTACGAAAG TAAAACAAGCTATCCAGAGGGTTAAGCATATTCACTCCTTA

Seq. ID No: 51

>DAC_11ATGGTGGACGCTGACATCGCGTTGAACTGGGCCGGAGGATTGC ACCACGCCAAGAAATCTGAGGCGAGTGGGTTTTGTTATGTGAATGACATC GTCTTAGGAATCCTAGAACTACTGAAAGTACACAGGAGAGTCCTATACGT TGACATAGATGTGCACCACGGTGACGGCGTGGAAGAGGCATTCTATGCTA CAGATAGAGTAATGACTGTTTCTTTTCACAAGTTCGGCGATTTCTTCCCC GGAACGGGCCATATTAAGGATACCGGGTGGGGCCCCGGAAAGAACTACGC TCTTAATGTCCCGCTTAACGATGGAATGGACGATGAATCATTTAGGGGAC TGTTTAGACCCATCATACAGGGGGTGATGGAAGTATACCAGCCGGACGCT GTCGTATTACAATGCGGCGCTGATTCTCTATCCGGGGATAGGCTAGGTTG TTTTAACCTTTCAGTCAAAGGACATGCTGATTGTCTTCGTTTCTTGAGGT CTTTTAACGTCCCACTAATGGTTTTAGGCGGGGGTGGTTATACCATCAGG AACGTCGCTAGATGCTGGTGTTACGAGACAGCTGTAGCCGTCGGAGTAGA ACCAGATAACAAGCTGCCGTATAACGAATACTATGAATATTTCGGCCCCG ATTATACCCTTCATATTGAACCATGTAATATGGAAAATCTTAATACCCCC AAGGATATGGAGAAGATAAGGAACATGCTGCTGGAACAGCTAAGCAGGAT ACCTCATGTGCCGAGCGTTCCATTCCAAACCACGCCGCCAACAACCCAGG TCCCCGAAGAGGCCGAGGAGGATATGGACAGAAGGCCAAAATGCAGAATC TGGAATGGGGAGGACTACGATTCTGATCCAGACGAAGATGAGAAGCCTAG ACATACGGAACCGAATAGCGAGCTTCGTGATGTAGTGGACGAAATGGACG AGGACAAACGTGAAGAGCACCCACCCTCA

Seq. ID No: 52

>DAC_12ATGTGTTCAGACGCAAATGGGAAGGTTGGTAACATTTCTGTGA TGAGCACTGAGGGAATATCACAGGTGGAGAGTAAAAAGGCTCGTCTTAAT GGCTTACTTACACTAGAAGATATCTATAATCTGCCAGACGAGCTAGATGA TGATGAAGACGACAGTGACTGGGAGCCTTTACTTGAACCTCTTGCGGTAC GTAAATGGTTTTGCACCAACTGCACGATGGTCAATTTTGATGGATTTGAC TTCTGCGAGACGTGCGAGGAGCATAAGGAAAGTGGCATCCTGAAACAAGG CTTCTTCGCCTCTCCTGCCTTACAAGGCACAAGAAGCACTCAAATCGAGT CTGAGGTTATCGAGAGATATACTGAGTCTATATGTGACATCTCAGCTTCT GCGCTTAGTACCGTGGTCGGTTTCGACGAGAGGATGCTACTACATAGCGA AGTGGTCTTAAAACCACATCCTCACCCACATCCAGAAAGACCGGATAGAC TGAGAGCAATTGCGGCATCACTGTCAACCGCAGGGATCTTCCCTGGCAAA TGCCATCCAATCGCCGCGAGAGAAATCACCCAAGAGGAACTGTTGAAAGT TCACTCACTTGAGCATGTCGAGGCAGTTGAAGTTACACGTCAGATGCTAA GCTCATACTTTACCCCAGATACGTACGCTAACGAACACAGTGCGCAAGCC GCGCGTTTGGCGGCCGGCCTTTGTGCAGATCTAGCATCTGAAATCTATTC CGGAAGGGCCAAAAATGGATTCGCCCTGATTAGGCCCCCTGGACACCACG CGGGTGTACACCAGAGCATGGGTTTCTGTCTTCACAACAACGCGGCGGTT GCCGCATTAGCCGCACAAGTAGCTGGTGCCAAAAAGGTCCTGATTGTGGA TTGGGATGTCCATCACGGTAACGGCACACAAGAGATTTTTGAAAGGAACA AGAGCGTTTTATATGTCAGTCTGCACAGGCACGAAGCGGGCAAATTCTAT CCAGGAACCGGAGCCGCCCATGAAGTTGGTACTATGGGTGCTGAAGGTTA TTGCGTTAACGTACCTTGGTCCAGGGGGAGGGTTGGCGACAACGACTACA TCTTCGCGTTCCAAAATGTTGTGATCCCAATTGCACACGAGTTTTCCCCA GACTTCATTATCATATCTGCCGGTTTTGACGCAGCTCGTGGAGATCCTTT GGGTGGATGCGATGTGACCCCGGCTGGCTATGCCTGTATGACTCATATGC TATCTGCGCTCGCTGGAGGGAAAATGTTAGTTATCCTTGAAGGTGGGTAT AACTTACGTAGCATCAGTTCATCCGCCACGGCGGTGATTAAGGTATTACT AGGTGAAAAGCCGAAGTGCCAGTTTGAGAACATAGAGCCTTCCGCAAGCG GGCTTCAGGCTCTTCTTGAGGTCCTGAAGGTACAGACTAACTTCTGGCCC TGTCTGAGTTCTAAACTGACACAACTACAAAGCTGCTGGGAAGCATACTT GTCTGGTCGTAAAAAGCAGAAGAAACGTAGGTTTCGTACTGTTGCTCCGC CACCAATATGGTGGGCCTGGGGACGTAAAAGGTTCCTATACTTTTTAAGA TGTCAAAGGTTCAGGATGAAACCA

Seq. ID No: 53

>DAC_13ATGGCTGGAGCAGAAGAGCTGCACGTGTTTTGGGAAGAAGGTA TGTTAAAACATGAGACGGGACGTGGTGTTTTTGACACTGGGAGCGATCCG GGTTTCCTGGACGTGTTAGAAAAACACCCAGAGAATGCAGATAGAGTTAG GAACATGGTAAGCATTTTAAAAAGGGGGCCAATCGCCCCCTTCGTGAGTT GGCACCAGGGAAGACCGGCTAGTCTGCCCGAGCTTCTTAGTTTCCATTCC AGCGAATACATAGAGGAGCTAGAAGAGGCGGACAGGGCGGGAGGTAAGAT GATGTGTTGTGGGACTTTCTTAAACCCAGGCTCCTGGAACGCTGCACTAT TGGCGGCCGGAACTACACTGTCTGCGGTAAAGTATATTTTGGATGGCCAC GGTAAGATAGCGTATGCCCTTGTCCGTCCCCCTGGTCACCACGCCCAGCC GACCCAGGCCGACGGATACTGTTTCTTGAACAACGCTGGCTTGGCAGTGC AGCTTGCCCTTGACGAGGGTTGCCGTAAAGTGGCCGTTATCGACATTGAT GTCCATTACGGTAATGGCACGGCTGAGGGATTCTACTGTTCTAACAAAGT TTTGACGATTAGCTTACACATGAACCACGGTAGCTGGGGTCCTAGTCACC GTCAAAGTGGCACGCATGATGAGCTTGGGGATGGTGATGGGTTTGGATAT AACATGAACATTCCCTTGCCCAATGGAAGTGGCGATAGAGCATATGAATA TGCAATGCAGGAGTTAGTGGTGCCTGCTGTCCAAAAATTCGGCCCGGACA TGATTGTACTGGTAGTCGGTCAAGATTCCAGTGCCTTCGACCCTAATGGG CGTCAGTGTCTAACTATGGACGGTTACAGACAGGTTGCAAGGATTGTAAG GGGCTTGGCAGATATGCATTGCAAGGGCAAGTTGTTGGTCGTACAGGAGG GTGGGTATCATATTACGTACGCCGCCTACTGCCTACACGCGACTCTTGAG GGAGCTTTAAACCTTCCTTCCCCACTATTGAGCGACCCGATAGCCTACTA TCCAGAGGATGAAGGATTCGCAGTGAAGGTGATTGATGCGATGAAGGAAC ATTATAAGAGTAACGTCCCTTTTCTGAAAGAGATCAAC

Seq. ID No: 54

>DAC_14ATGGGCTTTTGTATCTTTGGTAACATAGCGATCGCAGCCCGTT ACGCCCAAAGAGTCCACGGATTGAAAAGGGTTTTCATCATCGACTTCGAC GTTCATCACGGGAATGGCACCCAGGATGTCTTTTACGAGGACCCTGACAT CTTCTTTTTGTCCACGCACAAAGAAGGCTCCTATCCAGGAACAGGGAAGA TTCACGAAGTAGGGTGCGGTCCCGGTGAGGGAACTACTTTAAACCTGCCA TTGCCCGGAGGGACTGGTGATGTCGCAATGAGAACAGTGTTTGACGAAGT TATAGTCCCTTGCGCTCAGAGATTTAAACCAGATATTATTTTGGTGTCAG CGGGTTACGACGCGCACTTTCTTGATCCTCTGGCGAATTTTCAGTTCAAA ACGGCCACATATTATACTTTGGCTGCAAACATTAAACAATTAGCAAAAGA ACTGTGCGGGGGCAGATGCGTGTTCTTCCTTGAGGGAGGTTATAATCTTA AATCACTATCCTACAGTGTTGCGGATTCCTTTAGAGCCTTCTTGGGAGAG CCGTCATGCGCCTCCGACGTTGATCCCACCTTTTTATACGATGAGCCGTC AACTAAGATTGAGCAAGCAATCGATAAAGTGAAGGCCATTCACTCCTTA

Seq. ID No: 55

>DAC_15ATGGAACAATTGTGGGTTCCATCATTACCGATTTTAGGTGGGA GAATCTTGCCTATGCTGAGGCACTATTGTGGTTTTGGTAGTCACCATCCG CTAACATGGAGATCCTTACAGATTACTGGCCGTAAACAAAAACACAACGG CTGCTGGATAGCCTATTGCCTGCCAAGCCATAATGGGACTTCAATAAGCG ACACAAACGGGGTGAGGAAGGATTTAGCATTACCTGACAATCTTTTAAGA GATGCGCACATCCTATATTGCACTTCTCCCGCTATGGGTCATAATAAAGA AGCACACCCGGAGACGAATAAAAGAGTCCCGGCAATAGTGGACGCACTTG AGAAGCTAGAGCTGACATCTAAACACAGAGGTTCACAGGTTTTAGAAATT CAGGACTTCCAGCCAGCATCCCTTGACGATATAGCATTGGTCCACAGTAG ATCATATATAACGGGACTGGAGAAGGCTATGTCTCGTGCCTCTGACGAAG GACTGATCTTCATTGAGGGTACGGGGCCGACATACGCGACACAGACTACC TTTCAGGAGTGCTTATTGTCTGCTGGTGCTGGCATAACGTTAGTGGACTC TGTTGTCGCTGCTTCTAAGTTAGGCCCGAAGCCCCCACTTGGCTTTGCGT TAGTTAGGCCGCCCGGTCACCACGCCGTTCCTGAGGGCCCGATGGGATTC TGCGTCTTTGGTAATATAGCTGTAGCTGCAAGGTACGCGCAAAACCAACA CGGCTTGAAGAGAGTCATGATAATAGACTTTGATGTACATCACGGGAATG GCACCTGTGACGCCTTCTACGAAGATCCCGACATTTTCTTTCTTAGTACT CACCAACTAGGCTCCTACCCTGGCACGGGGAAAATACACCAGGTCGGCCA AGGAAACGGAGAGGGGACCACCTTAAACCTTCCATTACCTGGGGGAAGTG GCGATTACGCAATGAGATGTGCGTTTGACGAAGTCATCGCACCCGCAGCC CAGAGGTTCAAACCCGATATCATCCTAGTCAGCGCAGGATATGACGCTCA CGCTCTGGACCCTCTGGCAGGCCTACAATTCACAACTGGCACCTTTTACA TGCTGGCAGCACGGATTCGTGAGGTCGCTGCCGAACTATGCGGAGGTAGA TGCGTTTTCTTCTTAGAGGGTGGATATAATTTGGAAAGTCTGAGCAGTAG TGTGGCCGACACCTTCAGAGCGTTTCTGGGGGAGCCTAGCCTAGCCGCTC GTTTCGATGATCCAGCAATGTTATATGAAGAGCCGACACGTAAAATCAGG GAGGCTATCGACAAGGCTAAGCACCTACACAGTCTA

Seq. ID No: 56

>DAC_16ATGATGGCCACCGAACCGATTGCCTCCGGTTCAGGTACAATGG ACATAGATTCAGAGAAAACGCCGTCTACCAGTCAAGCTAACCCTATGGCA GATACGTTCCAAACAAGAAGACCAAGGGCTTCTTCCCTGCCACTTCAACC ATCTAATTTAAAGGTAGGCTATATTTATAGCAGCGAGATGATGAATCACT TCTGCCCTGGAGGGCATCCTGAACAACCTTTGCGTATTCAACAGATCTGG GCGACAATCGTCAATGAGCAACTGCATAAAAGAATGAAGTGGATGCCGAT CAGAGAAGTCAAGAAAGGTGAAGCACTGTTGGTCCATAGCGAGGATCACT GGAACAAGGTCATTGCAATTCAGTACCTTACCGATCAGCAACGTGCAGAT TCCGTTGATTATTACGAGCAAATGTCACTTTACGTGATGTCAGGCACGAC TAGGAGTGCGCTACTAAGTTGTGGAGGGGTAGTCGAGGCATGTTTAGCTG TTGCAAGGAACGAGTTGAAGAAGACCTTTGCCATTGTTCGTCCTCCAGGA CACCACGCTGAACCCGATGAACATATGGGGTTTTGTTTCTTCAATAATGT AGCCGTGGCGGCGCGTGTTGTCCAACAGAGGACTAAGTTAAAGAAGATAC TAATACTAGATTGGGACGTTCATCACGGCAATGGTACACAGAGAGCCTTC AACGATGACCCATCCGTTCTGTACATCAGTCTTCATAGGTACGAGCAAGG GACATTTTACCCATGCGGTCCCTTCGGTTCTCTTACTTCTTGTGGTGAAG GGCCGGGGACCGGTTTTTCCGTAAATGTGCCCTGGCCGTGTGCGGGCATG GGAGATGCCGAGTACATATATGCGTTTCAAAAGGTTATACTGCCCATAGC GACCGAGTTTGCCCCGGAATTGGTTATAATTTCCGCTGGGTTCGATGCTG CTGCGGGGGATGAGCTGGGTGAGTGCCTTGTGTCCCCCGCGGGGTATGCT CACATGACTCACATGTTAGCGGGCCTTGCAGGCGGCAGGATGGTGGTGGC GCTAGAAGGCGGTTATAACCTTGATAGCATTTCCCAGTCCGCCTTGGCAG TTACTAAGGTGCTTCTAGGAGAGCCGCCGGACGAGCTGCCACCTTTGAAG GCCAATGAGGAAGGTACCGAAACCGTTTGGTTGGTAGCTAGAGAGCAATC CAAATATTGGAAGTCAGTGGACCCCAAAGCATGCGAACCTCAGGCTGATG TTGAGCCTATTAGCTTTAGTGTCCCTGAGATCCTAAAAGCCCACCGTCAA CATTACTTGTACACCAAACATGATATGATGCAAGTCCCTATGATGACGCC AGAATTAGAAGAAAAGTTTAGTAGCCAAATCATGTGTACTTCCGACATTT TCGAATCAAAGACCTTAGTAATCTTTGTTCATGAATTTGGGAACTTGAGG TTAGAGTTAGAGTCTAGCACAACATGTGATGTACATCTGGAGAGATCCTA TCTAATAGACTTCTCCAAGGAGCTAGTGGGCTGGGTTAAATCAGAGGGGT ACAGCTTGTTAGACGCGAATCTGTACCCCAAACCGTCCACAACACCAACG CCCAATTTAAGGCATAAGACGATGGAGGAAGTCGGAAGAGATGTGCTTGT CTATCTTTGGGATAACTACGTCCAGCTAAGCGGCGCGGAAAGGGTTATCT TAATAGGGCACGGCCCTGGGTGTAAGCCCCTTGTGGATTTACTAAATAGA AGAACAACCTCTGTGACGAAGAGCGCCAAAGCGATTATACAGGTGGTCGG GTCTCAGCGTATGCCGAGTTACCCGTCTGATGTGGACGATGCTAGGCCCT GGTACCAGAAATCCTCACTTGTTATCGTGCCTCAGTCTCATCCCGTGATG GGCCCTCATATTAAACCAAAGGACATTCGTAGGCATGGTGTCATGGTACC TATCGACGAGACTAGACAGATCAAGTTAATTACACGTGCCCTGCCTGCGA TTAAGCAGTTTGTACAGGAGACTTTATCAAGTTTTCCACTAGCAAACAGG ACGAATCGTCCA

Seq. ID No: 57

>DAC_17ATGTCAAAGCGTAAAGTTGCGTACTTTTATGATCCAGATGTCG GCGCTTACACATATGGTTGGAGTCATCTAATGAAGCCTCATAGAATGCGT ATCACTCACGAATTAGCAACCGCTTACGGGATGCTAGATAAAATGCATGT TCTTCGTCCCAAGAGGGCGACCCCCGAAGCTATGACAGCGTTCCACACTG ATGAATACGTCCAGTTTCTTCATTCAGTCACACCTGAAACGGCTGATAAG TTGACAGGTCAGAAAACTAGATTTCTGGTTGGTGACGACAATCCGGCTTT TGAGGGTGTTTTCGAATTTTGTTCCATTTCAGCCGGAGGATCAATTGGAG CGGCGGAGAGGATAGCTTCTGGCGCTGCTGATATAGCTATCAATTGGGCA GGGGGTTTGCATCACGCGAAGAAGAGAGAGGCGGCCGGGTTCTGCTATAT AAACGATATAGTCTTGGGCATCCTAGAGTTATTAAGGACATACCCGAGAG TTCTATATATCGACATTGATTGCCACCACGGTGATGGGGTCGAAGAAGCC TTCTACACTACGGACCGTGTCATGACGTGTTCCTTCCATAAGTTTGGGGA GTTCTTTCCTGGTACCGGCACACAGGAGGACACCGGGACCGGAAAGGGGA AAGGCTACAGCGTCAATGTGCCGCTTAAAGATGGCATTCAAGATGAGTCA TTTAAGTCCGTGTTTGACCCAGTGATCTCTAAGATCCTAGAAGTATTCCA GCCATCTGCCGTTGTGTTACAATGCGGAGCCGACAGTCTTGCCGGCGACA AGTTGGGGTGTCTGAACCTTACCATGCAAGGTCATGCTCATTGCGTCCAG TTTTTGAGAAAATCTAACATTCCATTAATCCTACTAGGTGGTGGAGGATA TACGGTTAAGAATGTAGCAAGGGCTTGGACATATGAAACCGCATGCGCAA TCGGAATAGAAAACGAAATAGACTTGAACATGCCGTGGTCTCAATACTTC GAGTGGTTCGGCCCGACCTACCGTCTGGAAGTTCCAGAAAACAACATGGA AGATATGAACGTTAAAGAAGGCACTTTGGATCATGTTAGAACGACTGCAC TAGCCCAGCTGCAGCAGCTTGCGTCACGTTGTGCACCTTCTGTGCAAATG CAGGACGTCCCGCGTACATCCTTAGGCGGCCACTTGGGCTTCAAACGTGA CAAGAGAGAGCATCGTGATGAACTGGACGAGAGATTGGCCCAGCATACTC GTTATTTGTACGACCTTCAAGAGTCCGAGTCAGAAAGCGAGGATACGGAA AGCTCAGACAGTGATGCTTCCTCTGTGTCTTTCGTAAATAACTGGAGAAG AGCGCCCCATAGAGCTAACAGCCTTCCCCGTATCTTGTCTGGTAGGCATT CCAGCAATCCCCCTGGACACATAAGTGCCTCCGAAAGAAGAAGAATGAGC ATCGTAACCGGCAAGTACTTCGACATCCCCATACACGAGAGCGGTTATAA CCACTACGAATATGGCGCAGCCCCCACTAAATCATCAAAAAGGATCTTTT TCCAATCAGGTCTTGACATTTACAACGATGACAATGATTTCGAGGGCATT ATCAATGCTAGAACCTCAGTTAGCAACGGATTTGGTAACGGAATACACGA TCTTCACGGCTTAATGGAACGTGGAGGCAGAAGTTTGAACGAAAACCTGG AAGACGGGGACGATGAGGTGGAAGGTGAGGAATACGAGGATGACGCAGCC ATGTCAGATAGT

Seq. ID No: 58

>DAC_18ATGGAAGAACACTTCTGGGATGTCCTATACAAGGACAAATACT CAAAGCTGTTGAGCAAGGCTCGTGATTTCTTGGACGATACCGGCGGACCG GGAGACGATGTCTTAGTCTTTATCTCTTGTGGGATGGACGCGTGTGAACA TGAATATGAAAGTATGTCAAGACATAACAGGAAGGTCCCTGCGAGTTTCT ACCATCGTTTCGCAAGAGACGCATGTGCGTTCTCTGACCGTTACGCGGGA GGGAGACTAATTTCTGTCCTTGAAGGGGGATACAGTGATAGGGCATTGAT CTCTGGAGCAATGGCACATCTAAGCGGATTGGTAGATACACCTGATGGTA TTCAGGTCGATGAGCAGTGGTGGAACATACCGAACCTTGTGAAATTGGAA GCTGCCACCAAAAAGCGTAGAGGTGGACGTCCTAGCCTGCCTGCGAAAGG CTCAGTGGAGCCGTGGATAGAAAGGACGTTATCCATCTTTTCCAGCATAG ATGGTAGTGCGAGCACAACCTCATCAAGGAGTACGTTTATACCACCGTCA TCTAGGACATTAAGAGATCGTACAAAGGGGAGGGAGGCTATGCCTAAATC CCCGCCAGCTTCCAGTGCTTCAACCAAGCCTGTGTCCAGATCAAAAGTAA AGCCGGGTGCAAATATCAAGAGCGGAGATGAATCTTTCGCTTCAACAGGA AGTAGTCCGCTTACCTCCCCTTCTCCCAGTAGCTCTGAAGACGAAGCACC GCCCATTAAACGTTTG

Seq. ID No: 59

>DMAT_1ATGACCATAATAAATTCCCGTATAATTGACATTAGACAGAGTA CCTTCGAAGAGAGTATCCCCGACCAAGTAACGGCCGGTTTATCTACCACC CCCAAGACCCTGCCCGCACTGCTGTTTTACTCAGGCGAGGGTATTCGTCA TTGGATTGAGCATAGTACCGCAGCCGATTTCTACCCGAGACACGAGGAGC TGAGGATATTACGTGCGAGGGCTGCGGAAATGGTCGATAGTATAGCCAAC AATAGCGTGGTAGTCGATTTGGGTTCTGCTTCCTTAGATAAAGTGCTTCC ACTACTTGAGGCCTTAGAAGCCAGTAAAAAGAATATTACCTTCTATGCTT TGGATCTTAGTTTCAGTGAATTACAAAGTACCCTGCAGAGCTTGCCATAC GAACAATTCAAGTTTGTGAAGATAGGGGCGCTACACGGGACCTTCGAAGA TGGTGTTCAATGGTTAAAGGATACACCTGGCGTACAGGACAGGCCTCATT GCCTATTATTATTTGGGTTGACTGTTGGGAACTACAGTAGACCAAATGCC GCGAAGTTTTTGCAAAACATTGCCTCCAACGCACTGGCGGCGTCACCAGT CCAATCTTCAATTCTGTTGAGCCTGGACTCATGTAAGATGCCAACCAAGG TGTTGCGTGCATATACAGCCGAAGGGGTAGTTCCGTTTGCATTGGCCAGT TTAGACTACGGGAATACGCTTTTTGCTCCTAACAAAATGGGGGAGAAGGT CTTCCAGCCTAGTGATTGGTATTTTCTGTCTGAGTGGAACTACATGCTTG GCAGGCATGAGGCCTCCTTGATCACAAAAGGGAAAGAGGTGCGTCTTGGT GGGCCCTTGAATGATATCGTGATAGAGAAACACGAGAAAATTCGTTTTGG ATGTTCCTATAAATACGATACCGATGAAAGACAAGTTTTATTCGGATCTG CAGGTCTGACTGACGTAAAAGAATGGTCTGTCGAAGGTTGTGACGTGAGC TTCTATCAACTACAGATGTGTCCTAAC

Seq. ID No: 60

>DMAT_2ATGACCATATCCGCCCCACCAATCATAGATATTAGACAAGCGG GCTTAGAGTCATCCATACCAGATCAGGTGGTTGAGGGATTAACAAAAGAA GTAAAAACCCTGCCAGCACTGTTGTTTTACTCCACAAAAGGTATACAACA CTGGAACCGTCACAGCCATGCGGCTGACTTTTATCCGAGGCACGAAGAAC TGTGTATCCTAAAAGCAGAGGCCTCAAAAATGGCCGCGAGTATCGCCCAA GACTCTTTAGTTATAGACATGGGCAGTGCAAGCATGGATAAAGTGATTCT GTTACTTGAGGCGCTTGAGGAACAAAAGAAGTCAATTACATATTGCGCGC TTGACCTTTCTTATTCAGAGCTGGCCTCCAATTTCCAAGCTATCCCAGTA GACAGATTTCACTATGTTAGGTTTGCTGCTTTGCACGGCACATTTGATGA CGGACTTCATTGGCTGCAAAACGCGCCAGATATCAGAAATAGGCCCAGAT GCATACTGCTATTTGGTCTGACAATCGGTAATTTCTCCAGAGATAACGCC GCAAGTTTCTTGAGGAATATTGCTCAGTCTGCGCTTTCTACGAGTCCTAC ACAGTCGTCAATCATAGTCAGTCTGGATAGCTGCAAACTACCAACTAAGA TACTTCGTGCATATACGGCAGACGGTGTTGTGCCATTTGCGTTGGCCTCT TTGTCATATGCCAACAGTTTATTTCATCCCAAAGGAGATAGGAAAATCTT CAACGAAGAGGATTGGTACTTTCACAGTGAATGGAACCATGCTCTTGGTA GACATGAGGCGTCTCTGATCACACAGAGCAAAGATATTCAACTTGGGGCA CCTTTAGAGACGGTTATTGTCCGTAGAGACGAAAAGATCCGTTTTGGATG TAGCTATAAATACGACAAGGCAGAAAGAGATCAGTTGTTTCACAGTGCAG GACTGGAAGATGCAGCGGTCTGGACTGCTCCGGACTGTGATGTTGCGTTC TACCAACTAAGGCTAAGGCTAAAT

Seq. ID No: 61

>DMAT_3ATGTCTAAACCGAATGTACTTGATATCAGACTGGCCACGTTTG AAGACTCTATCGTGGATCTGGTGATTAACGGTCTGCGTAAGCAACCTAAG ACCCTTCCGGCATTACTATTCTACGCAAATGAAGGGCTGAAGCACTGGAA TCACCATAGTCATCAACCCGAATTTTACCCCCGTCATCAGGAGGTACAAA TATTGAAAAAGAAGGCCCAAGAAATGGCAGCTTCCATTCCAATGAATAGT GTCGTTGTGGACCTAGGATCTGCCTCACTAGACAAGGTCATCCATCTTTT AGAGGCGCTAGAAGTACAGAAGAAGAATATCTCATACTATGCCCTGGATG TATCAGCGAGTCAGCTGGAGTCTACACTAGCTGCAATACCGACCCAGAAC TTCCGTCACGTGAGATTCGCGGGGTTACACGGAACCTTCGATGACGGGCT TCACTGGCTAAAGGAAGCACCGGAGGCTAGAGACGTGCCGCACACAGTAT TGCTATTCGGTCTAACAATAGGGAACTTCTCCAGGCCTAACGCAGCAGCA TTCTTATCAAATATCGGTCAACATGCATTTCAGGGTAAGTCAGGCGATCA ATGCAGTATTCTGATGTCTCTGGACAGCTGCAAAGTCCCAACACAGGTCC TAAGAGCCTATACTTGTGAAGGCGTTGTTCCTTTCGCCTTGCAAAGTCTA ACTTATGCAAATGGCCTATTTTCAGAGAAAAATAAAACCCAAGCCAGCGG CGATGTTCAACACAAGGTCTTCAACCTGGATGAGTGGTATTACCTATCAG AATGGAATTTTGTTCTGGGCAGACACGAGGCTTCTTTAATACCGCGTTCT AAGGACATTAAGCTATTACCGCCGCTTGACGGAATATTAGTCTCAAAGGA CGAAAAAGTCAGGTTTGGATGTAGTTATAAATATGACCAAGAAGAACGTA TGGAACTGTTTGCCGCCGCCGGAGTCAAGAATGAAGTAACATGGAGCGAT GAAGGTTGCGATGTAGCATTCTACCAATTAAAGCTATCA

Seq. ID No: 62

>DMAT_4ATGGGTTCCATAAATCCGCCACAAATTCTGGATATCAGGAGAT CAAAATTTGAGGAATCTATTCCGAAGCAAGTGGAGGCCGGGCTGCTAAGT AGTCCTAAGACTCTTCCAGCATTACTATTTTACAGCACGGAAGGAATACA GCATTGGAATCGTTATAGTCATGCTTCAGATTTCTACCCTAGACACGAGG AGATTCAGATACTGAAAGATAAGGCAACGGACATGGCGGCTAGTATAGCT GACGGATCAGTCGTGGTAGACCTTGGTTCCGCCAGTCTTGATAAAGTTAT TCATCTACTGGAGGCGCTGGAAGCAGCCCAGAAGAAGGTTACTTACTATG CCCTAGACTTATCATTCTCCGAGCTGACGAGCACCTTGCAGGCCATACCT ACCGATCAATTCGTTCATGTCCAATTTTCAGCACTTCATGGGACATTTGA CGATGGCTTGCAGTGGTTGAAGGAGACTCTGGTTATAAGAGACCAGCCCC ATTGCTTGTTATTATTTGGACTTACTATTGGCAATTTTAGCAGACCCAAC GCCGCGAAGTTTTTACACAACATAGCGTCTCATGCTCTAGTGGAGAGTCC AAGTCAATCAAGTATTCTTTTAACCCTGGACTCCTGCAAGGTCCCGACAA AAGTAATCCGTGCATACACGGCTGAGGGCGTCGTCCCTTTCGCATTGGAG TCATTGAAGTATGGGAATACTCTATTCCAACAGGATGCCGGAGAGAATGT GTTCGATCCCGAGGACTGGTATTTTCTGAGTGAATGGAATTATGTCTTAG GAAGACATGAAGCATCATTGGTACCTAGGTCCAAGGACATTAAACTTGGT AGGCCACTGGATAAGATAGTTGTAGGGAAGCACGAGAAGGTCAGATTCGG TTGTTCTTATAAATACGATTCAGAAGAGAGAAAAGAACTATTCGGAACAG CCGGGTTAAGGGATGTAAAGTCTTGGTCAAAAGAAGGGTGCGATGTCGCA TTCTATCAATTAAAATGCTGCCCCAAT

Seq. ID No: 63

>DMAT_5ATGCCGGCACTGCCTGTCATAGATATCAGATCCAATCACGTTG AGGACTCCCTACCCGAACAAATAATAAAAGGCCTTACCTCACAACCAAAG ACTCTGCCGCCGCTACTTTTCTATTCAAATGAGGGCCTTGAACATTGGAA TCATCATAGTCGTCAGCCCGACTTCTATCCAAGAAGGCAGGAAATCGAGA TATTAAAACAAGGAGGAAACGATATTGCAAGATCCATTGCGCCCTCAAGT GTCATTCTGGATCTGGGATCAGCAAACCTGGAGAAGGTGGGCTATCTGCT GGAAGCTCTGGAGGCGCAGGAGAAAGACGTCCTATATTTCGCCTTAGACA TCTCAGCGCCGCAACTAGCGACTACGCTAAAAGAAATACCAAGTAGCAAC TTTCGTCACGTCCGTTTTGCCGGATTGCATGGTACGTTTGAGGATGGTCT GAGATGGATAAATGAGACCCCTGAGATTAGGGATTTACCGCACTGCGTAC TTCTGCTGGGGCTTACGATCGGAAATTTTTCAAGGCAAAACGCCGCTGCT TTCTTGCAAAACATAGCAAATCATGCCCTTACTGGTGCTTCAAAGAACAA ATCAAGCATATTATTAAGCCTAGATAGTTGCAAAGTACCCACAAAGGTCA CTAGAGCATATACGTCAGACGGGGTAGTTCCATTCGCTCTACAGGCGTTG ACGTATGCCAAGGCGTTATTGTGCGATAGGATCGACAATGGGATAGATGA GAAGGTTTTATCATGTAACTTGAGGCCCGAACATTGGCACTATCTTTCCG AGTGGAACTTTGCCTTAGGGAGGCATGAAGCCAGCTTAATTCCAAGGTTC GGAGATGTGTGCCTGGGCTCCATGTTACAAGATATCATTGTAAAGAAAGA AGAGAAAGTCCGTTTTGCCTGTAGCTACAAGTATGATGCTAAGGAGAGGC AAAAGCTGTTCCTGGACTCTGGAGTAGATCAAGGGATGGTCTGGACAAAC GAAGGATGCGATGTGGCAATCTACGAGTTGAAGTTAGCA

Seq. ID No: 64

>DMAT_6ATGCTTTACAAGCCCAAAGTTTTGGACATAAGGTCAGGATCAG TAGAAGATAGCCTACGTCATTCCGTGATGGACGGTATTCGTGAAGACCCT AGAACCTTGCCTACCTTAATTCTATACGGTCCGGAGGGTTTACAACATTG GGACGATCACTCACATGCTCCCGACTACTACTTACGTCACGAAGAGTTGC ATATACTAAGAAGCAGAGCTTATGAAATGGCGGAGACTATCGCGGATAAT ACTGCAATGGTTGATCTGGGCTCCGCGCAGGTAAGTAGATTCCACGAGTC ACCGTGCCTACTGGCGCCGACTTTATCTCTCGACAAAGCAGCTCTTCTGC TAGACGCCCTTGAGGTTCAGGCTAAGAATGTCACATATTATGCGTTGGAC CTTGACCATGCGGAATTACAGAAAACGCTGTGTAGACTACCTTTAGGGAA GTACAAACATGTTCAATGCGTTGGCTTACAGGGAACCTTCGAGGACGGAC TAGAGTGGATAAAGAACGATCCGGAGCAGTCTAGGCGTCCGCACTGTCTA CTTTTCCTGGGTTCAACTATTGGTAATTTCTCAAGAGAAAATGCTGCCCG TTTTATAAGATCAATGGCAAGTTCTGCCTTTCTAAGTGAGTCAGCTAAAT CTTCTATTATCTTGTCTATAGATTCCTGCAAATTGCCCACTAAGGTTCTT AGAGCGTATAACTCAGAAGGTGTTGTTCCCTTCGCGATGGCCGGCTTGAA GCATGCGAGCGCGATCTTGTGTGAAGCCGCGTGTAGGCAAGAGGACGCAG TTACCGAAACTTTTCTGCCGGACGACTGGTATTACTTATCACATTACAAC CACGTATTGGGTCGTCATGAGGCCAGCTTCACACCAAGGAACAGAGATAT TCAATTGGGTTCTCCACTAGAGGACGTCGTAATAAGACTTGGAGAGACAA TCCGTTTCGGCTATTCACATAAGTATGATTTTGCCGAGATTGAGCAACTT TTTCGTGAGGCCGGGGTCGCTGCTGTTAATAGTTGGGGAGCGGTTGGCTG CGACCTTTCATTCTATCAGCTGGGAACGGCG

Seq. ID No: 65

>DMAT_7ATGGCAGCACCTTCAGTTATTGACATCCGTTCTCACCTGGTGG AAGATAGTTTACCAGATCAGGTGGTGAAAGGGTTAGGGTCCGATCCCAAG ACCCTTCCAGCTTTGTTGTTCTATTCAAACGAGGGCTTGGAGTACTGGAA TCATCACGCACGTCAACCCGATTTTTATCCAAGGCACCAAGAAATTGAAA TTTTAAAGCGTAAGGGTGATGAGATCGCCAGGAGCGTTGCGCCTAATTCC GTCATTCTGGATTTGGGATCTGCTAACCTTGAAAAAGTCACTTATCTACT AGAGGCACTGGAAGCGCAAGCAAAGAACGTAACTTATTTTGCCCTTGATT TATCAGCTCCTCAACTGATGAGTACCCTGAAGGCGATTCCCACCACTAAA TTTCGTCATGTCAGATTCGCAGGATTACATGGCACGTTCGTCGATGGATT AAGATGGATATCAGAGACTCCTGATATACGTGACCTACCTCATTGTGTTC TTCTGTTCGGCCTTACTATTGGGAACTTCAGTAGGCCGAACGCAGCCACC TTTCTAAGAAACATTGCGAGTCAGGCACTTCGAGGGGCGAGCGAGGACAA GTCTTCCATTTTCCTATCATTGGATTCCTGCAAAGTGCCAACCCAAATCC TGAGGGCCTACACATCCGATGGTGTGGTTCCATTCGCTCTTCAGAGTCTG GCTTACGCTAAAACTCTATTCTGTGAACAGACGCAAAACGATTTTAATGA GAAACCTTCAAGTTGTCATTTAAACCCCGATGACTGGCATTACCATAGTG AATGGAACTTTGTACTGGGGAGACACGAAGCCTCTCTTATTCCGAGACTA AATGACATACATTTGGGGCCTCTTCTACATGATATCGTAGTGAAAAAGGA CGAGAAAGTCCGTTTTGGATGCTCTTATAAATACGATGATCTGGAAAGGG ATAAATTGTTCGTTGATGCTGGAGTAAAAGACGAGATGGCTTGGACCAAT GAAGGATGCGACATCGCTATTTACGAACTGAAGTCCATG

Seq. ID No: 66

>FEX1ATGATCTTCAACCCAGTGATATCAAATCACAAGCTGTCACACTAT ATACACGTCTTCTGCACGTTCACAACCTTCTGCATTTTGGGGACGGAAAC AAGGCAAGCCATAACCGCGCTAAGTACATATACTCCAGCTTTCGTTACTG CTCCGACAGTGCTATGGAGTAATTGCTCTAGTTGTATGTTAATGGGCATA ATGCAGTCATTGAACGCGTACACTTGGATGAAGGACCATCAAGTTCTTTT CCTGGGTGTCACTACCGGTTATTGTGGGGCCTTGTCATCTTTTTCCTCCA TGCTGTTAGAGATGTTCGAGCATAGCACCAACCTGACAAATGGGAACATT GCGAATCATACTAAGTTACCTAATCGTGCCTATGGGATAATGGAATTTTT ATCTGTCCTGCTGGTGCATTTAATGGTTTCTATGGGAAGCCTGATCTTTG GTCGTCAGTTGGGAAAGGAAGTAATCGTCGCTTACGGCTCATCCAGTTTT TCTAAACCTTACACACCACCGTCTGACACAGTAAAAGAGAACGCCGGAGA TGTAGATACACAAGAGATGGAGAAGAATATATTAGAGTTTAAGTTCAAAA CGCCGGCGCCCTTCTTCAAGAAGTTCTTCGACATAGTCGATAAACTAGCT TATGCCCTAGCTTTTCCACTGATCATATTGTTCGTAGTCCTATGTGCGTA TTACGAAAACTACTCCCGTGGAAAGTGGACACTACCGTGCTTGTTCGGCA TATTTGCTGGTTTTCTTCGTTACTGGTTAGCAGAAATGTTTAATAAAACC AATAAGAAATTCCCTCTGGGGACTTTCCTGGCCAATGTTTTTGCGACCTT GCTGATTGGTATCTTCACGATGGTGCAAAGAGGAAAGAAGCACTTTTCCA CTGACGTACCCATCGTTAATTCCTTGAACAGCTGTCACATAGTGAGTGCA TTGATAAGTGGGTTCTGTGGGACTCTGTCTACGATATCTACTTTCATTAA CGAGGGCTATAAATTGAGTTTCATCAACATGCTGATTTATTACACTGTAA GTATAGCAATATCCTATTGTCTTCTAGTTATTACCTTGGGGTCATACGCG TGGACAAGAGGATTAACTAACCCCATTTGC

Seq. ID No: 67

>IDI1_for_fusionGGCGGGTCCGGTGGTTCAAGTGGCAGCGGTGGCT CCTCATCAACCGCGGACAACAACAGTATGCCGCATGGCGCCGTCTCAAGT TATGCGAAACTGGTACAAAATCAGACACCGGAGGATATCCTGGAGGAATT TCCCGAAATCATCCCTCTGCAGCAGAGACCTAACACCAGATCCAGTGAAA CGTCCAACGACGAGTCTGGTGAAACGTGTTTCTCTGGTCACGATGAAGAG CAAATCAAACTTATGAACGAGAACTGCATAGTGCTAGATTGGGATGATAA TGCTATAGGGGCCGGGACCAAGAAGGTGTGTCATCTTATGGAAAACATCG AGAAGGGCTTATTACACCGTGCGTTTAGTGTATTTATATTCAACGAGCAG GGCGAGTTGTTATTACAACAAAGGGCTACGGAGAAGATCACGTTTCCAGA CTTGTGGACCAACACTTGTTGTAGCCATCCACTGTGCATTGATGATGAAC TTGGTCTCAAGGGAAAGCTAGATGACAAAATCAAAGGTGCTATCACCGCT GCCGTGAGAAAGTTGGACCACGAGTTAGGGATTCCTGAGGACGAGACAAA AACTCGTGGAAAATTTCATTTTCTAAATCGTATTCATTTCATGGCACCTT CCAACGAACCGTGGGGCGAGCATGAAATTGACTATATCCTGTTCTATAAG ATAAATGCGAAAGAAAATTTAACTGTCAATCCGAATGTCAATGAGGTGAG AGATTTTAAGTGGGTGTCCCCTAATGACTTGAAGACGATGTTTGCTGATC CTTCATATAAATTTACCCCTTGCTTCAAAATAATATGCGAGAACTATTTA TTCAACTGGTGGGAACAGCTAGACGACTTGTCTGAGGTCGAGAATGACAG GCAAATTCACAGGATGCTG

Seq. ID No: 68

>INMT_1ATGGCTGCTCCTCACACCTCTCAACAAGATTATATCGACAACT TTAACGCCAGAGACTATCTGCAAACAAGCTACACCCCGGGGAAAGGTATT CTTTTTGGTGAGTGGATTGAATTTGCTACGCAGAATCTTCACGAAACCTT TACGACAGGTGGTGTAAGAGGTGATACGTTGCTTGATTTCGGAACTGGGC CAACAATCTACCAGTTAATATCAGCCTGCGAAGTCTTCGACAAAATCATC GTAAGCGACTTTCTGGAACAAAATAGGGCGGAGTTCAGGAAATGGCTAAA TAAGGACCCTGACGCCTTCGACTGGACACCCATAATCAAAGGAGTGTGCG AACTGGAAGGTAATAGGGAAGACTGGGAGAAGAAAGCCACAAAACTGCGT TCCAAGGTTAAAGAGGTTCTAAAATGCGATGCCCTAAAAAGAAACCCTTA CGACCCCATTGTCGTGCCACCAGTAGATTGTTTGTTAAGCTGTTTATGCT TGGAGGCACCCTGTAAAGACATTAAAAGTTACTGCGAAGTCCTGAAGAAT TTTCAAAGTCTGATAAAGCCCGGTGGGCACCTTTTAATCCTTTCAGGTCT GAATGCCACATTCTATTATGTAGGTAAAACTTATTTCTCAAGCATGACAA CAAAGAAGGAGGAGCTAGAAATGGCCTTCAAGGAAGCGGGATACATCATA AAGAAGGCAGTCTATACGCCGAGAGCGGATAAATCCAAAATAGACGTTGC CGATTACGAGGGCCATTACTTTATCCATGCCCACAAGCCAAAG

Seq. ID No: 69

>INMT_2ATGGCTGCACCCCATACCTCTCAACAAGACTATATTGATAATT TCAATGCGCGTGACTACCTGCAAACAAGCTACACCCCAGGAAAAGGGATC TTATTCGGTGAATGGATAGAGTTCGCGACGCAAAACCTGCATGAAACTTT TACCACCGGCGGGGTTAGAGGCGATACCCTTCTGGATTTTGGGACGGGAC CGACCATATATCAGTTAATATCTGCGTGCGAGGTCTTCGATAAGATAATA GTGAGTGACTTATTGGAACAGAATAGAACCGAGTTCCAAAAATGGCTTAA TAAAGACCCTGACGCATTTGATTGGACTCCTATTATTAAGGGAGTTTGTG AGTTAGAAGGGAATCGTGAAAATTCTGAAAAGAAGGCTGAGAAACTGCGT TCAAAAGTGAAACAGGTACTAAAGTGCGACGCTCTAAAAAGGAATCCCTA CGATCCAGTGATCGTTCCACCTGCAGACTGTCTATTAGTCTGTTTGTGTT TAGAAATTCCTTGTAAGGACATGAAATCCTACTGTAACGTGCTGAAAAAT TTCAAAGATCTGTTGAAACCAGAAGGCCAAATACTGATATTAGGAACTTT AAACGGAACTTATTACCACGCAGGAAAGAAGAGATTTAGCCTTTTATCTA GCAAGAAAGAGGATTTAGAGATGGCTTTTAAAGAAGCCGGCTATATAATT GAAAAGGCCGTCTATACGCTACGTGCCGATAAGTCTAACATCGACGTTGC CGACTATGAAGGTCATTACTTTATACATGCTCATAAGCCCAAA

Seq. ID No: 70

>INMT_3ATGTCTGATTTTACGAACACCAGAGAGTACGAGGAGCAGTTTG ATCCGCGTTTGTACCTGGAGACGTACTTTCACCTTGGTTCAGGGTCTTTA GCCGACGATTTCTTACGTTTCGTTCTGGACAATTTCAACAAAACATTCAA GTCCGGGGCTGTCAAGGGAAGCACATTAATTGACATTGGGACTGCCCCCT CAATTTATCAGTTATTATCTGCGTGCGAGTCTTTTGATGACATAATTGTG ACTTGGCACACGAACCGTGAACTAAAGGAGCTACAAAAGTGGCTAAACAG CGAGGCAGATGCGTTCGATTGGTCATCAATTGTTAAGCATGTCTGCGAAA TTGAGGGAAACAGGATGGCTCAGAAAGAGAAAGAAGAGAAACTAAAGGGT AAAATTAAACAGGTTCTAATGTGCGACGTATCCAAAAGTAACCCCTTGAG CCCGCATGAAGTCCCTAAAGCTGATTGCCTGCTGACAACCGTCTGCCTAG AGGCCGCTTGTAAAAATTATGAAAGTTACGGCACCGCGCTTAAAAACCTA TCCAATTTGTTAAAGCCAAAGGGTCACCTACTTATGGCAGGTGATCTTGG AGCGAACTATTACGAGGTAGGAAGTAACAAAGTATTCTCCCTGCCCGTCA ATGAAAAATTCTTAAAGAAGGTCATTAGTGAGTCCGGCTATGAGATAATC CAACTTGTCTCATTCGGGAAGCCCGAGAATGCCGATTTTGAAACCAGCGA CTATGAGGGTTTTTATTTTGTCCATGCCCAGAAAGTG

Seq. ID No: 71

>INMT_4ATGGACTGCTTGATTTCTTGCCTATGTTTAGAAGCCCCCTGTA AAGATTTGGAAGATTTCACGAATACGTTAAAGAAGTTTAAGGAATTGTTA AAACCCGGAGGACACATAATTATACAGTCAGTGCTGAATTGCTCCCTTTA CTTCGTCGGGAACAAATCATTTTCATGCCTTAGCATAACTAAGGATGAAC TGGAGCAGGCATTCAAGGAGGCCGGGTATGAAATTGTAAAGTTAAAGGTT GTCCCACGTTCTGAGAAAATTTGGGCTAACGTGTCCGATCACTCCGAGTA CTATTATATACATGCTCGTAAACCACAG

Seq. ID No: 72

>INMT_5ATGAGCGACTTCACAGGAAAGAATGAATATCAGACCTTCTTCA ACCCTAAGGCTTACTTAGAGAGCTACTATCAGTTAGGGTCCGGCAGTATG GGTGATGAGTATCTTCAATTTGTTCTAAAGGAGCTGGCAGAGACGTTCAA TCCAGGAAAGGTCAAGGGGGACACTCTAATTGACATTGGAACCGGACCTA CTATATATCAATTACTGTCTGCGTGTGAGGCGTTTAAAAATATAATTGTC TCCGATTTTACTGATAAAAATCGTGAAGAATTTAATGTGTGGCTGAAAAA TCAACCTGGAGCGTTTGATTGGAGCCCAGTTGTTAAACATGTTTGCCGTC TGGAGGGAGATAGAATCCCTTGGGAACAAAAGGAAGAAAGACTTCGTAAA ACGATCAAACAGGTACTAAAATGCGATGTGTTTAATATAAATCCAATTGA CCCGGTTACCATTCCACAAGTTGATTGCCTGCTATCATGTCTGTGTTTGG AAGGTGCTTGCAAAGATTTTGAATCTTATATTACTGCCCTTAAAAATATG ACGACACTATTAAAAATCGGCGGTTATCTGGTAATGACCGGGGACCTTGG AAATACGTATTATATGGTAGGGGATGTGAAGTTTAGCGGGCTGAACTTAA ATGAGAACTTTCTTAGAGAAGCAATAACTGGAGCGGGCTACGTTATAGAG TCATTCCAACAATCTAAAAAGACCGAAGATAGTGTAGAAGATAAGGCGGA TTTTACAGCTTACTACGTGATAGTAGCGAGAAAAGAGAGGAATGTG

Seq. ID No: 73

>INMT_6ATGGAGTCAGGGTTTACGAGTAAAGATACATACTTGAGTCATT TCAACCCGAGAGACTACCTTGAAAAATACTACAAGTTCGGTTCAAGACAC AGCGCGGAATCCCAGATTCTGAAGCACCTATTGAAGAATTTGTTTAAAAT ATTTTGCCTAGACGGCGTAAAAGGCGATTTATTAATTGATATAGGGTCTG GCCCCACAATTTACCAACTACTGTCTGCGTGTGAATCATTCAAGGAAATA GTCGTGACAGACTATTCAGATCAAAACTTACAGGAGCTTGAGAAGTGGCT GAAGAAAGAGCCAGAGGCTTTTGACTGGAGTCCAGTAGTCACCTATGTTT GCGACCTTGAGGGCAACAGGGTTAAAGGGCCGGAGAAAGAAGAAAAATTA AGGCAGGCCGTAAAGCAGGTATTGAAATGCGATGTGACCCAGTCCCAACC TCTGGGCGCAGTACCTCTGCCGCCCGCTGACTGTGTCTTGTCTACCCTGT GTCTGGACGCGGCATGTCCTGACCTACCTACTTACTGTAGGGCATTAAGG AATCTAGGCTCTCTATTGAAGCCGGGTGGCTTTCTAGTAATCATGGACGC TTTAAAGAGTTCCTACTACATGATTGGTGAGCAGAAGTTTAGTTCACTGC CGTTGGGCCGTGAGGCGGTGGAGGCGGCAGTAAAAGAAGCGGGCTACACG ATTGAATGGTTCGAAGTTATCTCCCAGTCATATTCTAGCACGATGGCGAA CAACGAGGGGTTGTTTTCATTGGTGGCCAGGAAACTGAGCAGACCTTTG

Seq. ID No: 74

>INMT_7ATGAAGGGTGGTTTCACAGGTGGAGATGAGTATCAAAAGCACT TTTTGCCCAGGGACTATTTGGCTACGTATTACTCCTTTGACGGGTCCCCT TCCCCGGAGGCTGAAATGCTGAAATTTAACCTAGAGTGCCTACACAAAAC TTTTGGTCCTGGAGGGCTTCAGGGTGACACTTTAATAGATATAGGAAGCG GACCCACCATTTACCAAGTGCTTGCAGCATGTGACTCATTTCAAGATATT ACTTTAAGCGATTTTACCGATAGAAACAGAGAAGAGCTTGAAAAATGGTT GAAAAAGGAACCTGGAGCATATGACTGGACACCAGCGGTGAAGTTCGCTT GTGAATTAGAAGGCAATAGCGGACGTTGGGAGGAAAAAGAGGAAAAACTA AGAGCTGCCGTTAAGCGTGTGCTAAAGTGCGATGTGCATTTGGGAAACCC CTTAGCACCAGCCGTATTGCCGCTTGCAGACTGTGTGTTAACCCTATTGG CAATGGAGTGCGCTTGCTGTTCACTGGACGCATACAGGGCCGCGCTATGC AACTTAGCGTCTCTGCTAAAACCCGGAGGTCATCTTGTAACAACAGTGAC CCTGAGACTGCCGTCCTATATGGTAGGCAAGCGTGAATTTAGTTGCGTGG CTCTGGAAAAGGGTGAAGTCGAGCAAGCCGTATTGGACGCAGGATTCGAC ATCGAGCAGCTACTGCATAGCCCGCAATCTTACTCAGTCACAAATGCAGC GAATAACGGAGTTTGCTGTATCGTCGCACGTAAGAAGCCAGGACCT

Seq. ID No: 75

>INMT_8ATGAGCGATATAGATGACGGAGCCTTAGCTTCCGCCCAAGCAA TCGTCGATGGCAACCGTTTAGCGGGGCAAATTGAGCTTCGTCAGCAGCCT GACCCTGACAGAGTTTTCGCGGGTGTTCTTAGACAGGGCGAGGCGGTTGC TTTTTGTGTATGTAACCCGCCGTTTCATGAATCACTAGAACACGCCAGGC GTGCCGCTGGTGCTAAGTGGCAACGTCTAGGTAGAGCGGTTCAAGGAAAG GAGATGAACTATCAAGGGTCCCCGGCGGAACTATGTTGTAACGGTGGAGA AGTGGGTTTCGTGACGAGGATGGCTGAAGAAAGTGCCCAACCGCGTCGTC AGAGGGCTTGTGTCTGGTTCAGTGCTATGCTTTCACGTGAAAGTTCTATC GCCCCTGTCCGTGAGCGTTTGGGTGAGCTGGGCGCGAGAAGGAGAGCCTG GGAGTTACGTCAAGGGAGAACAACGAAGTGGGTAGTTGCTTGGACCTTCT ACCCGAGGGGAGAACGTGACCAACGTCTACGTGAAATGGCGCAGAGGCGT GCAGATCCTGAAGCACGTGCTGAAGCGGGTGCAGAAGCTGCGACCGCGAG AGATGTAGGCGCAGGAGGGGACGGGGCCGATGGCGTGGGTGGGAGTTTAG TCCGTCGTTCAGCAGGCGCTGGAGGATCAGCCGCA

Seq. ID No: 76

>INMT_9ATGGATTTCACGGGAGGCGAAATCTATCAATCCAGTTTCGACC CGAAAGCCTATCTTGCTTCCTTCTGCTCACTTGGCTCCGGCAGGGACGAC ATACTAATGTTCAGACTTAAAAAGTGCTTTGAGACCTTTGGACCCGGTGG GTTGCGTGGTGACGTTTTAGTTGACATAGGAACTGGTCCAGCCATATACC ACTTGTTGAGTGCTTGCGAGTCCTTCCCATACATCATTGCTACTGATTTT ACCGATAACAATCGTCAAGAACTGGAAAAGTGGTTGAGGCGTGAACCTGG CACGTTTGATTGGCTGGAAACAGTAAAAATTGTCTGTGACTTAGAAGGGG ACTCCAGGGACGATTGGGTGGAGAAGGAGGACAAACTAAGGTCAAGGATA CAAAAAGTGTTAAAGTGCGACGTTACGAAGACAAACCCCCTAGATCCAAC TGTAATTCCACCTGCAGACTGTCTAATCACGGCATTGTGCCTTGAGACTG CGTGTACGGATATTGATACCTATTTCTGTTCTCTAAGAAATATAACCACT CTACTGAAACCTGGTGGGCATCTTGTTTTGATCGGAGTTCTGGGTAACAG TTTCTATAAAGTGGGTGAGAAAAAGTTCTACTGCCTTTCCCTAGACGAGC AAACCGTAAGGAACGCGGTCATAGACGCGGGGTACTCTATAAAAGACCTG GAACTATATTATTTACCTAATCCCGCCTCTTGTGCCCACATCACCGATAC CTATGCAAATATCTTCCTTGTGGCGCAGAAGAACGAGACC

Seq. ID No: 77

>INMT_10ATGGAAATCGTGTCTACCTCATATAACCACATCTACGACAAC TTTGATGCAAGGAAGTACCTGGACAGATACTATGGGTTGGCATCTGAAAC CCAAGAAATTGAGGAAGAGAGTGTTTTTCTTTTAACCTTTCTTAGTAACG TATTTTCTAGCGGGAGGGTGAAGGGACATTCTTTTATTGAGATTGGTGTA GGGCCGTCCATACATTCTATACTTTCAGCATGTGAGGTGTTTGAAAAGAT TTACCTGACTGATTACTCCCAAGGAAATTTGAACGAAATCGAGAAGTGGT TGAATAGCGAAAATGATGCATTCGATTGGACTCCCTATATAAGATTCGTG TGCGACTTAGAGAATAATGGTTCTACTCCTAAGGGCAAGAAAGAGAAGTT ACGTAGAGCTGTCAGTTTAATGAAGTGTGACGTAAACTTGTCCAACCCGC TACACCCCCATTCACTTCCACTTACTGATTGCCTACTGACGGCGTCATGC CTTAGTGCTACCTGCAAAACCTTCACAGATTTTAAGATGTCTCTTAAAAT CATCGTAAGCCTAATCAAACCAGGCGGACATCTAATCCTTATTGACTATC TGAGGGCGAGTTATTACTGGGTTGGAGAAGTCAAGCTGCCCATTTTGTCA TTGGACGAACATGTTGTGAGGGAAGCTGTCGTGGAAAGCGGCTGTAAGAT AGAAGAGTTCAAATGGTTTAAGGAGTTTCACATGCCTGACGAGTTGTCAG ACTGTAAAACTGTGTTCTCCTTACTAGCTCAGAAGTTG

Seq. ID No: 78

>INMT_11ATGGATTCTAGCAACTACAAACTATACCACGTGCACGAGTTT AATTCAAGGTCCTTCCTAGACAATTACTTCTCAGATGGTCCGCAAATGAC TTTCGTGGACGACACACTTGTCTTTCCAATAGAAAACTTAAAGAAGACCT TCGCGGAGGGCCACATAAAGGGTGATGTGATGATAGACCTTTCAATAGGT GCGATGGTACACCATCTTTACGCTGCATGTGAATTTTTCAAAGATATAAT AGTCTTGAAGGCATCAGATAGATGCATCATGGAACTTAAAAGGTGGGTTG GAACAAGGACTGGGGCATTTTACTGGGGACATGCCACGAAACTACACGCT GACACAGAAGGGAACAGTGAACTACTGCAGGATAAAGAAGAGAAGGTTAG ATCAGCGATCCAACACGTGGTGAAGTGCGACGTAACCAAGGAATTGATGA CCGATCCGATCGTTCTTCCGCCAGCCGACTGCATCATCTCTGCATGGCTA CTGGATGCAATCAGTTCAAATCAAGATGACTTCATAACGTACTTGAGAAG GTTCATAAAGTTATTGAAGCCAGGCGGGCACTTGATCCTTATCGGAGCGT TGGAACAAACCAGTTATTCAGTAGGCAACGAGAAATACCAGTTCCTTACG TATAATGAGGACTTTGCGAGGAAAGCTCTTATAGCTGAAGGCTTGGTCAT CGACGACTGCAAAATCAAGAAAAGAACGGCAAAGTCTGATTTAGCGGATT ATAAATCCATATTGTATTTAGTTTCACACAAAAAG

Seq. ID No: 79

>INMT_12ATGGACCCGTGTCTTAATCTGTACTATCCATCTCATGAGGTA AACGCCAAGAGATTGTTACATGAATACTTTTCCCAGAATGTCCCCTACTC TATATTCAAAGAATCAACTATAAATATCATGAAATGCTGTTACAAGGCTT TTAGTTCAGGTTTGCTTAGCGGTACAACCCTTATAGACATTAGTGTCGGC CCGTCCATAGTACATCTTCTATCTGTGTGTGAGTTTGTGGAGGAAATAAG TATCCTAAAAGTCAATGACGCCTCAATTAGGGAGCTGGAACTTTGGAAAA ACAAAGATCCTGAAACGTTCGACTGGACTCATACTTTGAAGCTGTTTATG GAATTGAAAGGTACTAGCCGTGACGGATGGAAAGACGCTCAAGAAATGCT GCGTAGGAAAGTTAAACACATAGTCAAATGCGATTTCTCTAAATCCAATC TGACTAAGCCCTTCGCCTTACCTAGGGCTGACTGCGTTACTTGCATTTGG GGTCTTGAGACTATCAGCAGAGATCACGACGAGTGGAAAACTACCCTTAG GAAAATTAGTGATCTGGTTAAACTTGGCGGTCATGTGTTGATTCATGCTG ATATTAACGCTTCATACTTTAAAATTGGTGAGGACAAATATCACTTGTTT AACTTCGATGATGCGTTTCTTAGGAAAACTCTTACTGACGGTGGGTTCGC TATTGTTCATTACGAAAATCTGGAACGTGAGGCATGCACCGATTGTTTGG ACCATTCCCACAAG

Seq. ID No: 80

>INMT_13ATGGAATTAAAGCGTTGGGTCGATACCCGTACAGGGGCATTT GATTGGAGTCACGCTGCTAAATTGCACGTGGATACCGAGGGTAATTCCGA CGAGCTTCAAGAGAAGAACGAGAAAGTCAAAAGTGCAATTCAGCATGTTG TGAAATGTGACTTAGAAAAAGAAAACATGACACATCCTATTGTCTTGCCA CCTGCCGATTGCATAATCAGTTTTGCCCTGCTTGATGTAATATCAAAAGA TAAAGACGATTACATTAAATACTTGAGAAAGTTTTCAAAGTTATTGAAGC CTGGTGGGCATTTAATTTTAATAGGCGACCTAGATACTACGTATATTACT GTGGGTAAGCACAAAGTTCACTATCTGACATACGATGAGGAGTTCGTGAG GAATGCCTTAGCTGGTGAGGGATTCGTCATAGACTGTTGTAAAGTCAAAG AAAGAACTGTCGAGTCTGACCTATGCGATTACAAAGGTATGATCTTCATA GTCGCCCACAAGGAAAAG

Seq. ID No: 81

>INMT_14ATGGAGCTGAAGAGATGGGTGGACACCAGGACTGGAGCGTTT GACTGGTCTCATGCGGCAAAGTTACACGTAGATACTGAGGGAAATAGCGA TGAGCTTCAAGAGAAGAACGAAAAAGTCAAGAGTGCTATACAGCACGTAG TGAAATGTGACTTGGAGAAGGAAAATATGACACATCCGATTGTACTACCG CCCGCTGACTGCATTATCTCCTTCGGGTTCCTGGACGTTGTCTGCAAGGA CCAAGAAGACTATATCAGATATTTGAGGAAATTCAGTAGATTACTGAAAC CTGGGGGCCATCTGATACTAATAGGGGGTGTTGACGCTACTTATTTTACC GTCGGGAAGGAGAAGCACCATTTCTTCACATACGACGAAGCCTTTGTGAG GAAGGCATTAGAGGGGGAGGGATTTGTCATCGATGACTGCAAAGTAAAGA AGCGTACAGCAGTAAGCGATTTTACCGATTATAAGGGGAGTATATTCATC GCCGCACACAAAGAACAC

Seq. ID No: 82

>INMT_15ATGAGCGACTTCACCAATACTTCAGAATACGAAGAGCAATTT GACCCGAGGTTATACTTGGAAACATACTTCCACTTGGGATCTGGGAGCCT GGCGGATGATTTTCTAAGATTCGTTTTAGACAATTTTAATAAAACTTTTA AATCTGGGGCGGTGAAGGGATCTACATTAATCGATATAGGCACTGCACCA TCTATTTATCAGCTTTTAAGTGCGTGTGAATCATTTGATGATATAACAGT TACATGGCACACTAACAGAGAGTTGAAAGAATTACAGAAGTGGCTTAACA ATGAAGCTGACGCTTTTGACTGGAGCAGTATTGTGAAGCATGTGTGTGAG ATTGAAGGTAACAGAATGGGTCAGAAGGAAAAAGAAGAAAAGCTGAAGGG CAAAATTAAACAGGTGCTGATGTGCGATGTTAGCAAGTCAAATCCTCTGA GCCCTCATGAGGTTCCGAAGGCTGATTGTCTGCTTACGACCGTTTGTTTA GAAGCGGCCTGTAAGAATTATGAATCTTATGGTACTGCCCTTAAAAACCT ATCCAATCTATTGAAGCCAAAAGGTCACCTTCTGATGGCCGGCGATCTAG GCGCTAATTACTACGAAGTTGGGTCCAACAAGGTATTTAGTCTTCCCGTT AATGAAAAATTCTTAAAGAAGGTCATCTCAGAGTCCGGGTATGAGATTAT ACAGCTAGTCAGCTTCGGAAAACCCGAGAACGCTGACTTTGACACTTCAG ATTATGAAGGTTTCTATTTCGTTCACGCGCAGAAAGTC

Seq. ID No: 83

>INMT_16ATGGCGTTACAAGAGAGGCAAGAACCTGACGTTTATCAGGAA AACTTTGAGCCAACCTCATATTTGGAATACTACCGTATGAATCAAGATCC AGTAGGGGACGAGGTATTGCATTTCCTTTTAAAGCACTATAACGCGACGT TCAAACCGGGAGGGTTAGAAGGGAAACTACTTATTGACATAGGTTCTGGT CCCACCATATATCAATTTTTATCCGCCTGCGAGTCCTTTCAAGAGATTAT TGCTACGGATTATACAGATAAGAACTTACAAGAATTGGAGAAGTGGCTGA AGAAGATGCCTGGCGCATTTGATTGGTCTCCTGTCGTCAAGTATGTTTGT GAGCTAGAAGGGAATAGAGATAAGTGGGCTGAAAAAGAAGAACGTGTGAG GAGGGCTGTCACCCAAGTGCTGAAGTGTGATGTGTTAAAAGAAAGGCCAC TGGAGCCCGCGGTGCTTCCCCCAGCGGATGGTCTGATTTCAAGCCTATGC CTTGAAGCAGCCTGCCCCACCCCTCAAGCGTGCAGAGATGCTCTGAGGCA TCTTAGGACACTGCTTCGTCCCGGAGGGCATCTTGTTCTAAGCGGAGGCT TCGAGACGACATTTTTCATGGTGGGAGACAAGCGTTTCTCAACGTTACCA TTAAACGAAAAATTCTTGAGGGAGGCACTGCAAGAGGCAGGCTTTATAAT CGAGAAGCTGGAAAAGGTAACCAGGGCCGCGGAAACCCACCTAGATAATC GTTCTGATTACACAGGTCTATTCTTCCTGGTTGCGCGTCGTGGAGAC

Seq. ID No: 84

>INMT_17ATGGACAAAATTTCTGCCCCTTTCTTTAGTGGCACATCACCA GCAGCAGCTTCAGTAGCAGGCGTTGATGAGGACGACAGGTTATGTTTCCA AGCCCAGGAGCTAATGTTTGCCTACAATATATCTATGGTCTTGAGAGCAG CAATCCAGTTAGGGTTACTGGACGCACTGTCAGCCGCTGGTGGGAAAGCA TTAACGCCCAACGAGCTTGTGGAAAACGTTGAGACATCTAGTAACAAAGC CGAAGCAGCGGCAGCAGTGGACCGAATCCTGAGATATCTATCATGCTTCA ACGTGGTTACCTGCAGCTCAGAGGCTGCAGGTCCAGATGGAACTCTTGTT AGGCGTTACACCACGGGGCCCCTTTGCAGGTGGCTTACTAAAGACAGAGG GGATGGGACCCTGTCTCCTTTCGCTGTCTTTGTCGTAGACCCGGACCACC TGTTCCCTTGGCATCACATTGCCGAGGCGGTCACCGCTGGGGGTCCATCT GCATTCGAAAGAACACAAAAATGGCCTTACTACGAATATATGGGGAAAAA TCAAAGACTAGGTACCCTTTTCGATAATGCTATGGCACAGCATTCTGTCA TACTTGTTACTAAGATGCTAGAAAGGTTCAAAGGATTTGACGGTGTGCAA AGACTGGTTGATGTGGGCGGAGGGACGGGTTCAACCTTGGGAATGATAAC GAGTAAATATAAACACATGACCGGAATAAACTATGATCTTCCCCACGTTA TTGCGCAGGGGCTACCCTTGCCGGGAGTAGAACATGTAGCAGGAGATATG TACGAGTCTATACCAACCGGCGATGCAGTCCTTCTTCAGTGGATAACACT AATGCTTAATGACGATGAGTTCGTAAAGATCCTATCCAACTGTCACAATG CATTGCCCAAGGACGGGAAAGTCATAGTCGTTGATGGGATCTTACCCGAG AATCCTGACAGCTCTTTAACGGCTCGTGACGCCTTTACGTTAGATATCAT TATGTTTGTTCTTTTCAAGGGAGCGAAACAGCGTACCGAGAAGGAGTTCG CGCGTCTGGCGAAGCAAGCCGGGTTTACGGGAGGGATTAAGAAGACTTAT ATATTCTTTAACTTCTATGCATTAGAATTTACAAAG

Seq. ID No: 85

>INMT_18ATGGACGCTAACAAGAGATACCACGGTCCGCCGGTGTTGCTG GGGGTGGTAAGGGACTCAGAGAAGTTTGACTTCTGTATGTGTAATCCTCC GTTCTTTGAGACAATGGAAGAGGCTGGCCTTAACCCCAAGACTAGCTGCG GAGGTACCCCAGAGGAGATGATTTGTCCAGGCGGGGAAAAAGCCTTTATC ACCCGTATAATAGAAGACAGTGCTGTTTTAAACCAATCATTCAGGTGGTA CACGAGCATGGTTGGAAGGAAGAGTAACCTGAAGAGTCTTATATCTAAAC TGAGGGAAGTCGGTGTGACTATCGTTAAGACAACGGAGTTTGTACAAGGG CAGACATGCCGTTGGGGTCTAGCCTGGTCCTTTGTTCCTCCCGTGAGGAA GATAGTTTCACCGCATGTGGCCGAGAAGAACATCATTAGCTTCATGCTAG AGGTGTGGGTCCCCGGATTTAGTATATGTAGGGTTGGCGACGATCTTGTT CCGAAGAGTAAGTCTCCTCATCTGTCTCCCATACTTGGAACGAAGAAC

Seq. ID No: 86

>INMT_19ATGGAAGAAGCAGGCTTGAACCCTAAGACAAGTTGCGGCGGC ACGCCCGAGGAAATGATCTGTCCTGGTGGAGAAAAGGCCTTCATTACACG TATAATCGAAGATAGCGCGGTCTTAAATCAGTCCTTCAGATGGTATACCT CAATGGTTGGAAGAAAGAGCAATCTTAAATCTTTAATCTCCAAGTTAAGA GAAGTTGGGGTCACAATCGTGAAAACCACGGAATTTGTACAAGGCCAAAC GTGTCGTTGGGGTCTGGCGTGGAGCTTTGTGCCCCCAGTCAGGAAGATTG TAAGTCCCCATGTTGCGGAGAAAAATATAATCAGTTTTATGTTGGAGGGA TTGCAACGTCAATTTTCCGCAATCCACGTGTTGCAATCTATTGAATCTTT CTTCAGAACTTGCGGGGCAAGCAGCGAGCTAAATGCAAGTTCATTCACTG TAGATATAACTGCTACAAATGATCATTGCAAGGCGATTTTGAATAATGAG CTTCAAAGCATAGATGAAGCCACTTCATGTGAACATGTCCCGGAGACCTC TAATAGCAGTTCTTCCCTACATCCGCACTCTAATGGTCTTGGGTTTAGGA TCAGCGTGTACCAGCAAATTCCGGGGACGTTGTTAGTTAAGGGCTCATTA CAGCACAAAAACAACCCAGTGAGCGGGGCCTTTTCATTGATAATTCAGAG GCTTGAAGAGGACCTTAAATACAAGTTTTGCAGA

Seq. ID No: 87

>INMT_20ATGAATAGGAGCAATTATATTCATTGGATTGAGGACTTGTTA GCGTCTGACATAACCGAAAAGAACGAAGCGAACGGAGGCAAGGTAAGGGG GTTTGACATTGGAACGGGAGCGAACTGCATATATCCACTGTTGGGCGCTT CCCTGCTGGGTTGGAGCTTTGTAGGATCAGATGTCACTGAGGTAGCCCTA GATTGGGCTGAACAGAATGTAAGGAGTAACCCACATATCTCAGAGCTGAT AGAAATCAGGAGGGTGGATGTCGATGATCCTGCGAGTTCCTCAGGGACCG TAGAGTCATCCGGTGGCAGTAGAATGGAAGACTCTTCACAGGGTCAGTGT GACGTAGTAGAGTTGGCATCCCTTGAAATGAAGGAGTTCTGTGACGTTGG CGTTACCTGTAAGGGAGGAACTGATAAGAACCAAAGGAGATACGATGAAG CAAAGCACTCAAACGTAGCTAAGGGCTACCAAGGTCCTCCCATTTTGCTG GGGGTAGTCAAAGAGGGAGAAAAATTCGATTTCTGTATGTGT

Seq. ID No: 88

>INMT_21ATGGAAGAGGCTGGATTAAATCCTAAAACCTGCTGTGGGGGC ACACCGGAGGAAATGGTTTGCCAGGGCGGAGAGAGGGCTTTTATTTCCAG GATTATAGAAGATTCAGCCACGCTAAAACAAAGTTTCAGGTGGTACACGT CAATGGTGGGTAGAAAGAGCAACTTGAAGTTTTTAATGTCAAAATTGCGT GAAGTGGGCGTAACCATTGTTAAGACGACCGAGTTCGTACAAGGACAGAC CTGTAGGTGGGGTTTGGCATGGTCTTTTATGCCAACCGCGAAGAGATCCG TGCCATCTCATGTCGCTGAGAAGAGAAATCTGTCTTTTATGTTAGAAGGA CTGCACCGTCAGACCTCTGCATTCAACGTCTTACAATCAATGGAGTCCTT TTTCTCTCATTTCGGAGCACTTTGTAAGAGTAACCCTTCTAGCTTCACTG TTGACGTGTCAGTATCATCTGACCACTGCGACGCAATCTTGAAATCTGAC GTGGAGAAACTGGACGAGGCATCATCCCACTCCTGCGTCGCAGAGAGTCC GGGTTCTGCGTCAAGTTACGACCCTATGGTCGTGTCATTCCGTTTGTCCG TGTTTCAACAAATTCCTGGTACCTTGTTGGTCAGGGGGTCTCTACAACAG CGTGATTCACCATTATCTGGGGCATTTCTGTCTGTATTCCAGCAGTTAGA AAAGTTCTTGAAACACAAGTTCTGTAGAGAGAGAGGACTTCAGTTTAACC AACGT

Seq. ID No: 89

>INMT_22ATGGCCACGGAAATAGATGACGAGTCATACGAATCAGCTAGG AGAAACATTAGCAATAATAATATGCAGTCCCGCATTCACGTGGAGAAGGC GAGTCCCGACCAATCCATTTTGTTCCCCCTGGAAGATGACAGAACGTTTG AGTTCACCATGTGCAACCCGCCATTTTACGGTAGCGCCGCTGAGGTGGTA CAGTCCGCCGAAGCTAAGGAATTTCCTCCCAATGCGGTTTGTACAGGAGC GGACATTGAAATGATTTACCCCCACGGAGGAGAAGAAGGTTTCGTCATGA AGATCCTGGATGAATCCGAGAGGTTCATGACTAGGTGTAAATGGTACACC AGTATGTTAGGCAAGATGTCCAGCGTCGCTACTATTGTTGAAGTTTTGAG ACAAAGATCCATTACGAATTATGCCGTTACGGAGTTTGTACAGGGTCAAA CCAGGAGATGGGCTATCGCTTGGTCATTCGCAGACACAAGGCTGCCAGAT ACTATGGCAAGAATACAGAGCATCAGCCCGAAACACGCGCTATACCCGTG CATGCCACCCAAAAATACTTTGGTTCAGGCTTTCCCGGGACCTGCGACCC ACCTTGTCAGCACGAAACTAATTGAAACTTTGCACGGCATAGAAGGGGTA TCCTACACGACAACTAGCCTCAATTCTTTCTTCGTTGAAGCCAGACAAAA TACTTGGTCTCGCAGCGCCAGGAGGTCTCGTGCTAATAAGAATAGTTCGA AAAAGCCCGACCCATCCAGTTTAGACGCGGATGACATTCTGTCCGGGAGT CAACCTGCACTTACCTGCTCATGCAGAGTGCTGGCGGATACCGCACATGC GGACCCGGTGAACGTTGTCGAAAACCAATGGATTTTCGGTAATGACAGAG CCTTATTCGAATCCTTTGTGGGTCATGTTTCCCGTAAGGTAGGAATGGGC CTACGTGACGTTAAA

Seq. ID No: 90

>INMT_23ATGCTTCTGGAGAGCTACAAAACTTTCGAGCCCGCTAACTAT TTGCAAGAATACTACTCTACTGTAGACTTAGAGAATCGTTCATTGTTAGC CTTTTTCGCAGAGGCATATAAAGGCATCGACCCTAACAGTGTTATGCTAG AGTTTAGCGGAGGGCCATCTCTTTATTCTCTAATCACCGCGGCGGCTCAC GTTAAGGAAATACATTTCAGCGATTTTCTGGAACGTAACGTGGAAGAGAT AAAATTGTGGAAACGTTTCCGTCACCGTTCCTACATTTGGATTAACTTCT TTAAGGAAGCGTTAATGGCCGAGGGGCTATCAGAGGTGTCTACTGATGAT ATTCTTGAGCGTGAGGAACTATTAAGTAAAAAGCTATCAGATTTCCTTCT ATGCGATGCGTTCAATAGGCATCCTTTGGGTCAGAGATGCTACCAAAGAT ACGACGTCGTTGCAGCAAATTTCGTAGCCGAATCCATAACCCCATCCTTG AAAACTTGGGAAGAAGTGGTCAATAATATATGTAGTACTTTGAAGCCGTC TGGAACCTTAATAATGACCGCGATCCAAGGGGCTAGTTTCTACTGTGTCG AAAATCACAGATACCCCGCGATTGCCGTTACGCCAGAAGATGTCATCAGG GTTTTATCATATCAAGGCTTCGACGTAGATAACTTATTAATGCGTCATAT ACCGGCGGAAATCACAGACATCTCAGCGAAGGACTACAAGGGCTATCAAG GCATGTTATTCGTCAAGGCCACGAGA

Seq. ID No: 91

>INMT_24ATGGAAAGTGGATTCACTTCCAAAGACACCTATTTGTCTCAT TTCAATCCCAGGGACTACTTGGAGAAATACTATTCATTTGGTAGCAGACA CTGTGCAGAGAACGAAATTCTACGTCACTTGCTGAAAAACCTTTTTAAGA TATTCTGCTTAGATGGCGTTAAGGGAGAGCTGCTGATAGACATAGGAAGT GGCCCAACCATTTATCAATTGTTGTCCGCTTGCGAATCATTCACTGAAAT AATCGTAACAGACTACACAGATCAAAATCTATGGGAACTACAGAAGTGGC TTAAAAAGGAGCCCGGTGCTTTTGATTGGAGTCCTGTAGTTACGTACGTG TGCGACCTTGAAGGCAATCGTACTAAAGGGCCGGAAAAGGAAGAAAAGCT GAGGAGAGCCATTAAACAGGTCCTTAAATGCGACGTGTCCCAAAGTCAAC CCCTTGGAGGGGTCTCTCTTCCACCCGCAGATTGTCTATTAAGTACACTA TGCCTAGACGCTGCCTGCCCAGATTTACCGGCTTACAGGACCGCCTTACG TAATTTAGGATCTCTACTTAAACCGGGCGGGTTCTTAGTCATGGTTGATG CACTCAAGAGTTCTTACTACATGATCGGGGAACAGAAGTTTTCCAGTCTT AGTTTGGATAGAGAAGCAGTGAGGGATGCTGTGGAAGAGGCTGGTTACAC AATCGAACAGTTCGAGGTCATATCACAATCCTATAGTTCTACAACTAGCA ACAACGAAGGCTTATTCTCCCTGGTCGGCCGTAAGCCCGTGGGGAGCGAG

Seq. ID No: 92

>INMT_25ATGGAGATCGTCAGCACTTCATACAACCATGTGTATGAAAAC TTTGATGCAAGAAAATATCTTGACAGATACTACGGCATTGCGCCCGAAGC CGAGAAAATAGATGAGGAATCCGTGTTCTTGTTAACCTTCCTATCCAATG TATTCTCCTCAGGGCGTGTCAAAGGTCACTCTTTCATAGAGATTGGGGTC GGGCCTAGTATCCACTCCATCCTTTCTGCTTGTGAAGCGTTCGAAAAATT GTACTTGACTGACTACTTCCAGGGAAACCTGGATGAGATTAAAAAGTGGT TAAACTCTGAGAACGACGCATTCGACTGGACGCCATACATTAGATTTGTT TGTGATTTGGAGAATAATGGGAGTACACCGAGGGAGAAGAAGGAGAAAAT CCGTCGTTGCGTATCCCTAATGAAGTGTGACGTGAACCTAAGTAACCCGC TTCATCCCCACAGTCTTCCTTTAACGGATTGTCTTCTGACCGCTTGCTGC CTTACCTCTACTTGCAAGACGTTTACTGATTTTAAAATGAGCTTAAAGAC GATTGTCTCCCTAATAAAGCCCGGCGGCCATCTAATTCTTATAGACTATC TGCGTGCTAGTTACTATTGGGTAGGCGAAGCCAAATTGCCGTTACTGAGC TTGGACGAGCATGGAGTCAGGGAGGCCGTGGAAGAATCTGGATGTAAGAT CGAAGAATTTCAATGGTTCAAGGAGTTCCACATGCCTGACGAGGTCAGTG ATTGCAAGACGGTGTTTATACTATTAGCTCAAAAACTA

Seq. ID No: 93

>INMT_26ATGAGGAACCTGCACGAGACTTTTGGCCCCGGCGGCGTCAAG GGAGATATTCTAATTGACTTCGGGGCTGGTCCGACGATATATCAGTTGTT ATCAGCGTGCGAGGTATTTAACACAATTATTACCTCAGACTTCTTAGAAC AAAATCGTGAACAATTGAAAAAGTGGTTAAGGAAAGATCCAGATGCACTA GATTGGAGTAATTTCGCCAAATACGTTTGCGAATTGGAGGGTAAGTCCGA CAATTGGGAGAAGAAGGAAGAGACGCTGAGACGTAAGGTCACTAAAGTTC TGAAGTGTGACGCCTTAGCAGAGAAGCCTTATGACCCGGTCCCAATGCCT GAGGCGGACTGCCTGATATCTTGCCTATGCTTAGAAGTGGCCTGCAAAGA CCTTGAGGATTTC

Seq. ID No: 94

>INMT_27ATGGAGACTCCTTTTACTTCACAGCAAACATACGTCGATGAG TTCAAAGCATCAGATTACTTTAAAACGTATTACGTTGCAGAGGGCGGCAT TGCCAATGAAGAATGGACCGATTTTGCACTAAGGACTCTGCATGAGACTT TTACGAAGGGAGGTGTGAAGGGCGAAACGCTTATAGATTTCGGCGCTGGC CCTACTATCTATCATCTACTGTCAGCGTGCGAAGTGTTTGATAAAATCAT CACTAGCGACTACCTTGAGCAGAACAGAGCCGAGCTTGAAAAGTGGCTGA AAAAGGACCCGAGTGCCTTTGATTGGACACCAATAATCAAGTTCGTCTGC GAGCTAGAAGGAAACAGGAATTATGAGAAAAAGGCTGAGAAGTTGAGGAA TAAGGTAAAAGAAGTTCTAAAATGCGATGCACTTAAAAGAAATCCGTTTG ACCCTATTGTGTTGCAGCCGGCGGACTGTTTACTAACTTGTCTATGCCTT GAAGCACCATGTGAGGATATGAAGAGTTACTTTAACGTGCTAAAGAATTT CAAGGATCTGATCAAACCAGGCGGACATTTGGTTATCCTATCTGTTCTTG ACGCGACGTTCTACTATGTTGGAGACAAATACTTCAGCAGCATGACAACA AGGAAAGAGGAACTGGAACAAGCCTTGAAAGAAGCCGGTTTTGAGATTGA AAAAGCCGTTTATACCACAAGGAAGGACAGATCACAGATGGATATAGCGG ATTATCAGGGTTTTTACTACATACATGCGCGTAACCCCAAG

Seq. ID No: 95

>INMT_28ATGGAGGGGAGCTTTACCGGAGGTGAGGAGTACCAAAAATAC TTCCAGCCGCGTGACTACCTTACTACATATTATAACTTCGATGGTTCCCC TACCCCAGAAGCGGAAATGTTGAAATTCAATTTGGAATGTTTACACAAGA CCTTCGGACCTGGTGGTTTAAGGGGAGATACCCTAATAGACATTGGGTCA GGACCAACGATTTACCAAGTCCTTGCCGCTTGCGAGAGCTTTCGTGACAT TACTCTTAGCGATTTTACAGACAGGAACAGAGAGGAGCTGGAAAAATGGC TGAAGAAAGAGCCTGAGGCTTACGACTGGTCATCCGTTGTAAAATTCGCC TGTGAGCTTGAGGGTGATAGCGGGCGTTGGCAAGAGAAAGAGAAGAAGTT GAGATCAGTGGTTAAGAGGGTCTTGAAATGCGATGCAAATTTGGCGTCTC CACTTGCACCTGCAGCCCTTCCACCCGCCGACTGCGTTCTTACGTTACTG GCGATGGAGTGCGCCTGTTGTTCACTGGACGCATACAGGGCTGCATTATG CAATCTGGCCTCACTTCTAAAGCCCGGAGGTCACCTAGTGACCACGGTGA CCCTAGGCATTTCATCCTATATGGTTGGCAAGAGGGAATTTTCCTGTGTA GTCCTTGAGAAGGAGGGTGTGGAACAAGCTGTCTTAGACGCGGGTTTTGA CATCCAGCAGTTTCTACACATCCCTAAATGTTACTCTGCAACTATAGCCG CGAACAATGGTGTCTGCTTTATCGTGGCTAGAAAGAAGCCTGCCCCC

Seq. ID No: 96

>INMT_29ATGGAGGGGTCCTTTACGGGACCCGATGAGTATCAAAAATAC TTCTCACCTAAGGATTACCTTGATACTTACTATAGTTTCGAACATGGACC ATCACCCGAGACCGAAATGATAAAATTTTCTCTTCAATTCCTTCATAAAG TCTTCGGGCCAGGTGGCATCCGTGGTGAGACCCTGATAGATGTCGGAAGC GGCCCGACGATATATCAGGTCCTGGCGGCCTGTGAGGCGTTTTCTGACAT AACTCTTTCCGATTTCACGGACCGTAATAGGGAAGAACTACAAAAGTGGC TAAGAAAGGATGCCGGAGCTTTTGATTGGACTCCCGTGTTAAAATTCGCT TGCGAACTTGAGGGCAACAGCTCACACTGGCAGGAAAAAGCAGAAAAGCT AAGGGCAACTGTCAAGCGTGTATTGAAATGTGACGTTAACCTGGGTAAGC CTCTTGCGCCAGTCGAGTTGCCAGCGGCGGATTGTGTCCTTACGCTTCTT GCAATGGAGTGTGCCTGCTGTTCTCTGGCCGCATATAGGGCGGCGCTTTG TAATCTAGGATCTTTGCTGAAACCAGGAGGTCATCTAGTAACATCCATTA CACTTCAAATATCCAGTTACATGGTTGGAAAACACCAGTTCTCTTGTTTA TATATAACAAAAGAAGAAGTGGAGAGGGCAATCCTGGACGCAGGTTTCGA TATTGAACAGTTACTTCACAGTGAGCAGAGTTACAGTGCTACGATCGCTC CAAATAAGGGTATTTGTTTCATTGTGGCTAGGAAGCGTTCCGGTCCG

Seq. ID No: 97

>INMT_30ATGGACGCCCAGCTAACTCAACTGAGGAACGCTGATGTAAGC TGGGCGGCTTTCGACCCAATCGCTTACGTTGACCACAACTATAGGGATCT ACAAGCGGAGGATGCTGAAATTCTTCATCTTGTTAGGGATCACTTCGGTG ACCACTTTAGGAAACAGGGTGGGGGACCAGTCTCAGGAATAGATGTCGGT GCAGGCGCCAACCTTTACCCCGCTTTGGCAATGATGCCCTGGTGTGAAGA GATAACCCTGTTTGAGCGTAGTCCGGCCAACGTACGTTATCTAAAGAGTC AAGTGGATAGCTATGATGCCAACTGGGATCAATTCTGGGACGCCTTGTGT GCCCATGAAGCATATAATAGCCTGGGTACTGACCCAAGAGAGCGTTTCGG GAAAGTAGTCTGGGTAGAACAAGGTGACCTTTTCGACCTAGCGAGATACG AAAGGAGGTGGTCAATGGGCACTATGTTTTTCGTAGCGGAGTCAATGACT ACATCATATCAGGAATTTATGTTAGGAGTCGAGAGATTCATGCGCGCGCT AAGCCCTGGAGCACCCTTTGCGGCTGCGTTTATGGAACATAGTAAAGGTT ACCATGCGGGGGAGCATTTCTTCCCGGCGTGCGACGTGGGTGAGAGCGAG GTCAGAGCGTCTCTTGAGGGGTTTGCCGGAGACTTTAAAGTGCAGAGGTT GGAATCCGCAGCGCAGCTTCGTGATGGATACAGTGGTATGATCGTGGCAT AT

Seq. ID No: 98

>INMT_31ATGTCAGATTTTACAAACGCCAGTGAGTACGAAAAGCAGTTC GACCCGAGACTATACCTTGAAACCTATTTTCATTTAGGTTCAGGGTCATT AGCAGACGATTTCCTTAGGTTCACTTTGGGCAATTTTCATAAGACCTTCA CAGAGGGCGAGGTGAAAGGCACGACATTAATTGACATTGGAACAGCCCCT TCAATCTATCAATTGTTGTCAGCCTGTGAATACTTTCAGGATATCACCGT AACGTGGTATACCAATAGAGAACTACAAGAGCTACAGAAATGGTTAAATA AGGACCCCGGCGCCTTTGACTGGTCTTCCACGGTAAAACACGTTTGGGAG CTAGAGGGTAAACGTGGGATGTTGGAGGAGAAAGAGGAGAAACTTCGTGG TATGATTAGACAAGTGCTTTTATGTGATGTGTCAAAGAAGAACCCTTTAG AACCCGTTACTTTGCCGAAAGCGGACTGTCTAATATCAACCGTGTGTTTG GAAGCGGCGTGCCGTAACTACGACTCTTATCGTACAGCCCTAAAGAATCT AAGTACGCTTCTAAAGCCAGGTGGACACCTTTTGCTTGCGGGGGACTTAG GAGCCAATTACTACGAAGTTGGTTCTAATAAGGTTTTCAGTCTTCCCGTC AACGAGACTTTTCTAAGGAAGGCCGTCAATGAGAGCGGTTATGTCATCAA CAAACTTGTGTCCTTCGGAAAGCCTGAAGACGCAGGGTACGACACTTCCG ATTATGAAGGGTTTTACTTTATTCACGCTCAAAAATGT

Seq. ID No: 99

>IOMT_1ATGAGTAGTAAGTTAGACAATCAAAATATTACCGCTAATGAAG AAGAGGAGGCTTTCCACCAGGCCATGCAGCTGGCCATGTCCACTATTTTA CCGATGGTCCTGAAAGCCGCAATAGACCTAGACCTGTTAGAGATTATAGC GAAAGCTGGACCGGCGGGATGCAAACTTTCTCCTATAGAGATCGCTAGTC ACCTTCCCACCAAAAATCCAGATGCGAGCAGCATCATCGACAGGATTTTA AGAGTTCTGGCCTCACATTCTATCCTGACATGTGATCTTGCTACCAACGA GGACGGTCACGTACAACGTTTGTATGGTCTGGCCCCGATTGCGAAATATT TCTTACACAATGATGATGGGATAAGCCTAATCCCCACTTTGACCATTTCA ACGGATAAATACCTACTTGGTGCGTGGTATCATCTACGTGAGGCAACGTT GGAAGGCGGGGCAATCCCACTGGTCAAGGCGTATGGAATGGACTTATTTG AGCTGGCGGCGAAGAACGACGAAATAAGTGGGAAGTTCAACAACACAATG GGTAACCAAACAGCGATTATCATGAAAAAGGTGTTGGAAATTTATAAGGG ATTTGAAGGCATTAACCAGTTGGTGGACGTGGGAGGCGGACTTGGTATCA ACTTGAAATTGATCGTATCCAAGTACCCTCAGATCAAAGGTATAAACTTC GACCTACCGCACGTAGTAAAGGACGCTCCTCATTTCTTAGGCGTTGACCA TGTGGGTGGTGACATGTTCATCGAGGTTCCACAGGGAGAGGTAATATTCA TGAAGTGGATTCTGCACGACTGGGGAGACGATAGATGTCTAAAGCTGTTG AAAAATTGTTATAATGCTCTACCAAAATTCGGAAAAGTAGTTGTGGTAGA GCTAGTGGTGCCTGAATCTCCCATGACAGACATCGTCACAAAGAATACGT TAACGTTGGATGCAGGCCTATTCATTGTGGTTCCAGGTGCCAAGGAAAGG ACAAAAGAGGAATACGAGGCACTAGCCAAGAAGGCGGGCTTCTCTACGTT TAGATTGGTATGTAGGGCCTATTCTTATTGGGTGATGGAGTTCCACAAAA ACGTGATAGTG

Seq. ID No: 100

>IOMT_2ATGGGAAGCCAAGCCGAGGTTGGGAAGGCGATGACGGAGGAAG AGGCTTGCGAATTTGCAATGCAGCTAGTCTCTTCCAGTATCTTGCCTATG ACTCTTAAAGCAGCTCTTGAGCTTGAGCTTCTTGAAATTATGGCAACGGC TGGTGAAGGAGCCCAACTGACTCCAGCGGAGATTGCTGCTCAACTTCCTA CCTCTAATCCAGACGCCCCTATAATGCTAGACAGGATGTTAAGACTTCTT GCCTGCCACTCTGTATTAACGGCATCAACTTATACCGACGACGATGGGAA GGTCAGAAGACGTTATGGCTTGGCGCCTGTATGTAAGTTTTTAGTCAGGA ATCAGGATGGTGTTTCTACGGCCGCGCTATCCTTGGTGAACCAGGATAAG GTGACGATGGAGTCTTGGTATTACTTAAAAGACGCCGTACTGGAGGGCGG TATTCCATTTAACCGTGCTCATGGGATGACGGCTTTCGACTATCCGGGGA CTGATCCTAGGTTCAATAGGGTGTTTAACCAGGGAATGTCTAACCACTCA ACCCTGACCATGAAGAAAATCCTAGAGACTTATACTGGCTTTCGTGGCCT TCACTCCTTAGTCGATGTAGGCGGTGGCATCGGAGCTATTCTTTCCCTAA TCGTCGCCAAATTCCCTCATATCAAGGGGATTAATTTCGACCTACCACAC GTTATAGACGATGCGCCACAATTCCCAGGTGTTGAACACGTGGGAGGCGA CATGTTTGCATCCGTGCCAACAGCCGAGGCCATTTTATTAAAGCTAATTC TACATGATTGGGGTGACGAACATTGTGTGAAATTGTTGAAAAACTGCTGC AAAGCGTTACCGGAAGATGGAAAGGTAGTCGTAGTGGAGGCCATTCTACC AGAAGGGATTGATCACTCTTATGCGTCAGCTTGCGTTTATCAAGTCGATA TGATTATGTTAGTCACAAACCCCGGGGGAAAGGAAAGGACCTTGAAAGAG TTTGAAGAACTTGCCAAGGCCGGAGGGTTCGCTGGCATAAGGCCAATTTG CTGCGTCTATGGAAGCTGGGTGATGGAATTTTACAAGAAGATG

Seq. ID No: 101

>IOMT_3ATGGGATCAACAGCAGAAACTCAACTGACCCCCGTACAGGTCA CCGATGACGAGGCTGCCTTGTTTGCAATGCAATTAGCATCCGCATCCGTC CTACCAATGGCGTTAAAAAGTGCACTGGAGCTGGACCTGTTAGAGATCAT GGCGAAAAATGGGTCTCCTATGAGCCCGACTGAAATTGCTTCCAAGCTAC CTACTAAAAACCCCGAAGCGCCTGTAATGTTGGATAGGATACTGAGGCTA TTGACAAGCTATTCCGTCCTTACCTGCTCAAATAGGAAACTTTCTGGTGA TGGCGTTGAAAGGATATACGGATTGGGACCGGTCTGTAAATATTTGACGA AGAATGAAGACGGAGTGAGTATCGCGGCGTTATGCCTGATGAATCAAGAC AAAGTGCTGATGGAATCCTGGTACCACTTAAAAGATGCAATACTGGATGG CGGCATCCCGTTTAACAAGGCATATGGAATGTCCGCGTTTGAGTACCACG GGACAGACCCACGTTTCAACAAGGTCTTCAACAATGGCATGTCAAATCAT TCAACGATCACAATGAAAAAGATACTAGAGACCTACAAGGGCTTTGAGGG GTTGACTTCATTGGTGGATGTTGGTGGTGGAATTGGGGCGACGTTAAAAA TGATTGTGAGTAAATACCCTAACCTAAAAGGGATCAACTTCGACTTGCCT CACGTCATTGAAGATGCACCGAGTCATCCTGGCATCGAGCACGTAGGAGG GGATATGTTTGTTAGCGTCCCGAAGGGAGATGCTATTTTTATGAAATGGA TATGTCACGATTGGAGCGACGAACATTGCGTTAAGTTCCTGAAGAATTGC TACGAATCACTTCCTGAGGACGGCAAAGTGATCCTTGCCGAATGCATTCT ACCAGAAACTCCTGACTCCAGCTTATCTACTAAACAAGTTGTACACGTAG ACTGTATAATGTTGGCTCATAACCCCGGGGGTAAGGAAAGGACCGAAAAG GAATTTGAGGCTTTGGCAAAGGCATCAGGATTCAAGGGAATTAAAGTTGT TTGCGACGCATTCGGTGTGAATTTAATCGAGCTATTGAAGAAACTA

Seq. ID No: 102

>IOMT_4ATGGGCTCCACAGCTGCAGATATGGCGGCTAGTGCCGACGAGG AGGCTTGCATGTACGCTTTGCAGCTGGTCTCCAGCTCTATATTGCCCATG ACATTGAAGAATGCCATAGAGTTGGGCTTATTAGAAACTTTGGTCGCAGC CGGGGGAAAGTTATTAACCCCAGCAGAGGTTGCGGCAAAACTGCCCTCAA CCGCAAACCCTGCCGCTGCCGATATGGTTGACCGTATGCTAAGATTGTTA GCCTCCTACAACGTTGTTTCTTGCACTATGGAAGAGGGGAAGGACGGCAG ACTAAGCAGGAGATACCGTGCGGCGCCCGTTTGCAAATTCTTGACTCCCA ACGAGGATGGTGTAAGCATGGCAGCCCTAGCTCTAATGAACCAGGATAAA GTATTGATGGAGTCTTGGTACTACCTTAAAGACGCAGTCTTAGATGGTGG TATCCCGTTTAATAAGGCTTATGGCATGTCCGCGTTTGAGTACCACGGAA CGGACCCTCGTTTCAACAGAGTGTTTAACGAGGGTATGAAAAATCACTCC ATTATTATAACAAAGAAACTGCTAGAAGTGTATAAGGGCTTTGAGGGATT GGGAACTATCGTTGATGTTGGGGGTGGAGTCGGAGCCACTGTTGGAGCGA TAACAGCCGCTTATCCAGCGATTAAAGGCATCAACTTTGATCTTCCGCAC GTCATCTCTGAGGCACAGCCGTTCCCAGGAGTGACACACGTTGGCGGGGA CATGTTCCAAAAAGTGCCTTCAGGGGACGCGATTCTGATGAAATGGATAC TTCACGATTGGAGCGATGAGCACTGTGCTACCCTGCTGAAGAACTGTTAT GACGCACTGCCCGCACATGGAAAGGTTGTACTGGTGGAGTGTATATTACC GGTTAATCCTGAGGCGACGCCTAAGGCGCAGGGGGTTTTCCATGTAGACA TGATAATGCTGGCTCATAATCCGGGAGGCCGTGAGCGTTACGAGAGAGAG TTTGAAGCACTGGCAAAGGGAGCCGGGTTCAAAGCCATAAAAACAACCTA CATCTACGCCAATGCCTTTGCGATCGAATTTACTAAG

Seq. ID No: 103

>IOMT_5ATGGGCTCAGCTGGGGAAACCCAGATTACCCCGACTCATGTGA ATGACGAAGAGGCCAACCTTTTCGCTATGCAGTTAGCAAGCGCGAGTGTG TTGCCGATGATCTTAAAATCTGCGTTGGAACTGGACCTTTTAGAGATAAT CGCGAAGGCCGGGCCCAATGCGCAGCTATCTTCTAGTGACATCGCTTCAC AGCTGCCTACCAAGAATCCAGACGCGGCAGTGATGCTGGACCGTATGATG AGGCTGTTAGCTTGCTACAACGTATTGAGTTCTTCTTTGAGAACACTTCC TGATGGAAAAATCGAACGTCTATACGGTTTGGCTCCAGTTGCGAAATACC TGGTAAAGACGGAAGACGGTGTGTCTATCGCACCACTGAGTTTAATGAAT CAGGACAAAGTGCTGATGGAAAGTTGGTACTACCTAACCGAGGCGGTGTT GGAAGGCGGCATCCCATTTAATAAGGCGCATGGTATGACCTCCTTCGAGT ACCACGGAAAAGACGCTAGATTCAATAAGGTGTTCAATAAGGGGATGGCT GACCATAGTACGATTACAATGAAGAAGATTTTGGAGACATACACAGGGTT CGAGGGACTAAAGTCTTTGGTCGATGTGGGAGGCGGCACTGGTGCAGTTA TTAGCATGATTGTAAGTAAATATCCGTCCATCAAAGGGTTCAACTTCGAC CTACCACATGTGATAGAGGAAGCACCGTCATATCCCGGCGTCGAACACGT AGGTGGGGATATGTTTGTGTCAGTTCCGAAGGCTGATGCTGTTTTCATGA AGTGGATCTGCCATGACTGGAGCGACGAGCATTGTGTAAAATTTCTGAAA AATTGCTATGATGCTTTACCTGAAAACGGAAAGGTGATCGTGGCAGAGTG CATCCTTCCAGTTGCCCCAGACTCTAGCCTAGCAACAAAGGGCGTCGTCC ATATCGATGTCATAATGTTAGCCCACAATCCTGGAGGGAAGGAGAGAACC GAGAAAGAGTTCGAAGCTCTAGCAAAAGGTGCGGGGTTCCAAGGGTTCAG GGTATGTTGCTCTGCTTTCAATTCATATATTATCGAATTTTTGAAGAAAC CG

Seq. ID No: 104

>IOMT_6ATGGGATCTACTGCGGAGACCCAAATCACTCCAGTCCAGGTGA CCGATGATGAAGCTGCTTTGTTCGCCATGCAGTTGGCGTCCGCATCTGTT CTACCTATGGTCTTGAAGTCTGCGTTGGATCTTGATCTGTTAGAAATAAT GGCGAAGAACTCTTCACCGATGTCCCCGTCCGAAATCGCGTCTAAGCTAC AAACCAAAAACCCCGAGGCACCAGTCATGTTGGATCGTATCCTACGTCTA TTAACCTCCTACAGCATTCTTACATGCTCAAATCGTACGATTCTGGGTGG TGACAGTGTGGAGAGAATTTATGGTCTGGGACCCGTCTGCAAATATCTTA CAAAGAACGAAGACGGTGTCTCCATAGCCGCTTTATGCCTAATGAATCAG GATAAGGTACTTATGGAATCATGGTACCACCTTAAAGACGCTGTCTTGGA TGGCGGCATACCTTTCAACAAAGCCTATGGCATGTCAGCCTTTGAGTATC ACGGCAAAGATCTGAGGTTTAATACAGTTTTTAACAATGGAATGAGCAAT CACAGCACGATCACTATGAAGAAGATTCTGGAGACATACAAGGGCTTCGA GGGTCTAACTAGCTTGGTTGATGTTGGGGGCGGAATAGGTGCGACTTTAA AAATGATAGTGTCCAAGTACCCGGACCTTAAAGGCATCAACTTTGACTTG CCGCATGTGATAGAAGAAGCGACCAGTCATCCTGGGATTGACCACGTAGG TGGCGACATGTTCGTTAGTGTGCCAAAAGGAGATGCCATATTTATGAAGT GGATATGCCATGACTGGTCCGACGAACACTGTGTTAAATTCCTTAAAAAT TGCTACGAAGCGTTGCCCGAGGACGGAAAAGTTATCTTGGCAGAGTGCAT TCTGCCCGAAACACCCGACTCATCTCTTTCCACAAAGCAAGTCGTCCACG TAGACTGTATAATGTTGGCCCACAATCCAGGGGGAAAAGAAAGGACAGAA AAAGAGTTTGAAGCGTTGGCAAAGGGCTCAGGTTTTAAGGGAATCAACGT GGCATGTAATGCATTTGGCGTGTATGTGATAGAGCTGTTGAAGAAAATG

Seq. ID No: 105

>IOMT_7ATGGAAATGATAAACTTCATGCATCATATGGATTCAACGTGGA ATCTTTGTGGTAAAGATGTAGTGCAAGCCTTTGACTTTTCTGAGTTCCAC ACGGTTTATGATCTAGGTGGCTGTTCAGGCGGCCTAGCGAAGCAGTTCGT CTCCACGTATAACGATTCCACGGTAACGATTATGGATCTACCAAAGGTAG TACAAACTGCCAAGAAGTACTTCGTGACGGATCAAGAACAACAGATTCAC TTCATCGAGGGCGACCTTTTCAATGACCCCATCCCTGAGGCGGACCTGTT CATTATGGCCAGGATAATCCATGACTGGACAGAAGAGAAATGCCTAGAGC TGCTGAGGAAAATTTACCAGTCCTGTCGTCCAGGTGGTGGTGTGCTGTTG GTCGAAGTTCTTTTGAATGAGGATAAGTCTGGACCCCTAATGAGCCAATT ATTCAGCTTGAACATGCTAGTTCAAACAGAGGGCAGAGAGCGTACACCAA GTGAGTACACAAAACTTCTGACCGACTCAGGCTTTCGTGACATTCAAGTG AAGATTACTGGGAAAATATACGATGCA

Seq. ID No: 106

>IOMT_8ATGGAACGTCTACTTGATGCCTGTGTGGGCTTAAAACTTTTGA AAGTTGAGCTAAAGTCCAACAAGGGTTACTACAGTAACACAGATGTCTCT ACCATGTACCTTGTAAAATCTAGCCCCCGTACTTTATACTATATGATAAT GTTCTACTCCAAGACTACTTACATGTGTTACAACTTCTTACCTCAAGCAG TCAGGGAGGGTCAATGTCAGTATGAGAGAGCCTTCGGCATATCCTCTAAA GACCTATTTGAGGCTCTATACCGTTCTGAAGAGGATACTTTAGCATTCAT GTATTTCATGAACAGCACATGGTCTATTTGTGGAAAGTATGTGGTCCAGG CGTTCGACCTGAGTGAATTTCACACAATTTATGACTTAGGCGGCTGTACG GGCGCTCTAGCTAAGCAGTTAGTCAGTACGTATAAAGAGAGCACCGTCAC TATTATGGACATGCCAAACATCGTTCAAGCCGCCAAAAAGCACTTTGTTA CTGACAAGGAGCAGCAAATTCATTTTCTTGAAGGCGACTTCTTTAATGAT CCAATACCAGAAGCT

Seq. ID No: 107

>IOMT_9ATGATCCCATTCAATAAGGCTTACGGTATGACCGCCTTTGAGT ACCACGGAAAGGACGATAGATTTAACAAGGTCTTTAACGCTGGCATGTTT AATCACTCAACGATGACCATGAAGAAGATCCTGGACATCTACGACGGCTT CAACAACCTAACGACGCTAGTAGACGTGGGAGGAGGAACTGGGGCTTCTC TAAATATGATCGTGAGTAAGCATCCCAGCGTAAAAGGTATTAATTTCGAC CTTCCACACGTCATTCAAGATGCCACTACTTATCCGGGCATAGAGCACGT AGGAGGTGACATGTTTGAATCTGTTCCAAAAGGTGATGCCATCTTTATGA AGTGGATCTGTCACGATTGGTCAGATGCCCACTGCTTAAAATTTCTTAAA AATTGCTACAAGGCGCTACCAGACAATGGTAAAGTCATTGTAGCC

Seq. ID No: 108

>IOMT_10ATGGCACAAGCCGCGGCGGAGGCCGAAGGCATCACCCCGGTC ATGGACTTACTATTCGCAGCACAAGGGTCCTCTGCCTTGCTAGTCTGCGC TAGGTTAGGCCTATTCGATTACATCTCCAGCCAGGGTGAAGAAGGGGTGA GCTGCAAGCAACTGGCGTCCAGGGCGCAGTGGTCCACACGTGCTGCAAGT GCCGTTATGGTTAGCCTTGCTGCGAGTGGAATACTAGCTGTAAAACCTAG TTCAGCCGGCGCTCAACACTGCTTTGAGCATTCCTACACACTTACGCCTA GGGCCCAAAGGTTCCTGGTTACCGAGAAACCTGGGAGCATGAGCGCGTAT ACCGAGATACACTGGGAAGCATCCCCGGAACTACTTCTGAAAAAGGCCGC TGAGACTGAGGACGAAAAACGTAACTTTATGCTAGAGACAGGGGGAGGAG CCCCCTCTGAGGTATTCCTAGCGGCGATGCAGGGCCAGAGTAGTTACGCT GCGATGGTGTTGACAAGGTTAGTAGACTTATCGGACACCAGGACATTCGT CGATGTAGGCGGTGGAAGTGGCACTTTCGCAATAGAAGCCTGCAAGGCGA CCCCCAACCTTCAAGGAGTTGTGTACGACCTAGCCGGGGCATGTCCTACC ACCGACGGTTTCATTGCAAGGGCAGGTATGGCTGAGAGGGTGAAGACACA TGCGGGGAACATGTTCGAGGATGAGAGGTTCCCTGCGGCTGACTGTTATG CATTCGGGAATGTGCTTCATGATTGGTCAGATCAAGATAATAGCAAGTTA CTTAGGAAAGCATTTGAGAGCCTTCCTGCCCAAGGTAAAGTGCTTCTACT AGAGATGCTGGTGGAAGAAGACGTAGTGAGTACCTCACCCTCTGCGGCCG GACTAAATTTATGCATGGTGACTAACGAGCTGGGGAGACAGTTTAAAGCA AGTGAACTACGTGCAATGTTGCTAGAGGCAGGGTTTGCAGGGGCCGAGGT CGTTTCATCACCTCTGACTCCTTACTCCCTAGTCGTGGGAACGAAAGGTG AGGCGAATCCTGTGGCGAGCAAACCCGAGGCCGCTGCGGCTGCGGAATCA GAGAGCATTACTCCGCTGATGGATGTGTTGTTTAGCGCCCAACACAGTGC TGTACTGATAGTTTGCTCTAGGTTAGGCGTGTTTGATTTTGTTGGCGCGC AGGGCGAATCAGGTGCTTCTTGTGCTCAGGTGGCGGCACATGCAAAATGG ACCACCCGTGCGGCTTCAGCGATGCTTGTTAGCCTAGCTTGCAGCGGCCT GCTGGAGCCTACACCGGGAAGCGCAGCGGCCCAACACTGCTTCGAACATA GCTATAGGCTTACTCCTCTAGCTAGGAGGTTCTTGGTAGCTGGTCAGCCA GGACAACTGAGTGCTTACACTGAAATATTTTGGGGCGCTAGTCCCAAACA ATTATTAGAAAAGGCGTCCGCTTCACTGGGCGAGTGGGGCGAGGGAAATT TTATGTTAGACGCCGAGGGCGGAGCCCCTTCAGAGGTATTTCTAGCAGCC ATGCAGGCGCAGTCAACCTACGCCGCAATGGTTCTTACACGTTTAGTCGA TCTTTCTGATGTGCGTACATTCGTTGATGTCGGTGGAGGGTCAGGTACTT TGGCCATCGAGGCCTGTAGAGCCGCTCCAGGCCTACAGGGTGTCGTGTAT GATCTGGCAGGTGCGTGTCCCGTTACCGACGGTTTCATTGCCCGTGCTGG AATGGCAGAACGTGTGAAGACTCACGCCGGCAACATGTTTGCTGATGAAA GATTCCCCGCCGCTGATTGTTATGCATTTGGTAACGTGCTGCACGACTGG TCAGACCAAGACGATGGAAAATTACTAAGAAAGGCGTTCGAAAGTTTGCC TGCGAACGGTAAGGTCTTGTTATTGGAAATGCTATTAGCCGAGGACGTGG AGTCTTCAACGAGGAGTGCAACAGGACTAAACATTGTAATGGTGACCAAC GAGCAGGGGCGTCAGTTCAAGGGCTCCGAGCTTGAGGCTATGTTACGTGC TGCTGGTTTTGCTGCGACAGAAGTGGTTCGTTCACCACTAACTCCCTACG CATTGGTGGTTGGTACTAAAGGC

Seq. ID No: 109

>IOMT_11ATGAGCAGGACATCATGGGACGAAGGCGAGGATGTCGATCTG GATTCAGTTGCTTATGGTTTCATGGCAAGCCAAGCATTGTTTACTGGTCT GGAGCTTGGCATTTTTGATCACATCGCTGCAGCGGGAGCTGGTGGCTTGT CAGCGGCTGGCATCGGGAAGGCTTGTGGGATAGAAGCGCCCAGGGTTCAA ACGCTGCTTACTTCATTGGTCGCAGTTAAGTGCCTGAAGCGTGACGCATC TGCCATGTACACCTTGAGTCCAAATACGGCACAATATATGGTAACTAGCA GTAGACATTTTTATGGCGACTATTTAAGGTATCAAATAGGGCGTCAGTTT TACCACCGTATGGGGGCCTTGCCTGAGGTGATGACGTCTGGTAAAGCCCC GAGTTACGCATCATGGTTTAGTGATCCTGAAGTAGCTAGAACTTACACAC AAGCACAGCATAACGGTTCCGTTGCCACAGCCAAGTATTTGATAAAGAAG AAATTGCAACTAGGGGGCATATCAGCGATGTTAGACGTCGGCGGGGGTTC AGGGGCGTTTTCCTATGTCTTTACTCAGGCCACACCGGGTTTGCACAGTA AGGTACTGGAACTGCCAGAGGTCTGCCGTACCGGTGAGGGTATCCGTGAG AAGCAACCCGAGGATGTCCGTAGCAGGGTTAGCTTTGTCGAGTTAGATGC GAGTAGCCCGACGTGGCCGGTTGATGACTCTGCGTTTGACGTCGTGCTAA TGTCCTATATATCAGGCTCAGTTCCCGAGCCGATCATTGGATCATTATAC GCCAACGCTATGAAGGCTTTAAGGCCCGGAGGACGTCTTCTTGTGCATGA CTTTATGGTCAACGACTCACTAGACGGACCGGCGTTAGGGGCTCTGTGGG GATTGCAGCACGTCACAGTCAACGCGGACGGTTTGGGACTGTGCCCAAAG GAGGTTATCGCGCGTATGGGAGCAGCAGGCTTTGACACAAGTAAATGTGA AGCAATGGAGATGATTCACGGGATGACTAAGCTGATAGTCGGACACAAGG GC

Seq. ID No: 110

>IOMT_12ATGTGCTCTAGCAAGGAACTAGATTTTCCGCATATCTTGATT GATTACCAGCACGGCTTTCTAGTATCCAAGACGATATTCACGGCGTGTGA ACTAGGCGTATTCGACCTATTACACGAGGTACAAGAGCCCGTGCCCGCTG CGACTATTGCATCTAGGCTTAGCACATCTGAAGATGGAATGGAGAGATTG TTAGACGCTTGCGTAGGCTTAAAGCTACTGAAAGTCTACCTGAAGAATAA TAAGGGCTACTACTCAAATACTGACGTTTCCACTATTTATCTAGTTAAGA GTTCACCTAAAACCTTACATTACATGATGATATATTACTCCAAAATAACG TATATGTGCTGGCATTTCCTACCACAGGCCGTTAGAGAAGGTAAAAGACA ATATGAGAGGGCGCTTGGCACAACGAGTAACGATCTTTTCGAGATTGTAT ACAGGTCTGAAGAAGAAATGACGACATTCATGCATTTCATGGATTCTACT TGGAATCTATGCGGGAAAGACATAGTACAGGCGTTTGATTTGAGCGAGTT CCACACGGTCTACGATTTGGGCGGCTGCTCTGGGAGCTTAGCGAAGCAGC TAGTATCCACGTACAAGGAATCAACCGTAACAATTATGGACCTACCGAAA GTGGTTCAAGCGGCTAAAAAGCACTTTGTCACTGACAAGGAACAGCAAAT CCACTTTTTAGAAGGTGATTTCTTCAATGATCCCTTACCGGAGGCCGACC TATTTATCGTCGCAAGGATAATACACGATTGGACGGAGGAAACTTGCATT AAGCTGTTAAAGAAAATGTACCACAGCTGCCGTCCAGGCGGAGGCGTAGT GATTGTTGAGCTGTTACTAAACGAGGATAAGTCTGGGCCTGTTATTTCTC AAGTTTACTCCCTATATATGTTGGTACAGGCAGAGGGAAAAGAGAGGACA CCCAGCGAATACACTAAACTACTAACGGATAGCGGGTTCAAGGACATAAA AGTCAAAGCGACTGAAAAACTTTTCGGTGCGATCCTGGGACGTAAG

Seq. ID No: 111

>IOMT_13ATGTGCAGCCAAGAGGGAGAAGGGTATAGCTTACTGAAGGAA TATGCAAATGGTTTTATGGTAAGTCAAGTGCTTTTCGCCGCCTGCGAACT TGGCGTGTTTGAACTATTAGCTGAAGCCCTTGAACCGCTGGATAGTGCAG CTGTTAGCTCGCATTTGGGATCTAGTCCCCAGGGCACCGAGCTTCTGCTG AATACGTGTGTAAGTCTGAAATTACTGCAAGCCGATGTGAGAGGGGGTAA AGCAGTATATGCGAACACAGAATTGGCCAGCACATACCTTGTGAGAGGAT CTCCCAGGAGTCAGAGGGATATGTTGTTATACGCGGGGCGTACAGCTTAC GTTTGTTGGCGTCACCTTGCAGAGGCCGTGAGAGAGGGCAGAAATCAATA CCTTAAAGCATTTGGCATCCCCTCAGAGGAACTTTTCTCAGCGATTTATA GATCCGAAGATGAGAGATTGCAGTTTATGCAGGGGCTGCAAGATGTCTGG CGTTTGGAAGGCGCTACCGTACTAGCAGCGTTCGACCTGTCACCATTCCC CCTAATCTGCGATTTGGGCGGAGGATCAGGCGCACTTGCAAAGGCTTGTG TCTCCCTTTATCCCGGTTGCCGTGCCATAGTCTTCGATATTCCGGGAGTT GTCCAGATTGCCAAACGTCATTTCTCTGCCAGCGAAGACGAGAGAATATC CTTCCACGAAGGCGACTTCTTCAAGGACGCCTTACCGGAAGCTGACCTGT ATATTCTGGCCAGGGTTCTTCATGACTGGACAGACGCGAAGTGCAGCCAT CTGCTACAGAGAGTATACAGAGCATGCAGGACTGGTGGGGGTATATTAGT TATAGAGTCCCTGCTGGATACTGACGGGAGAGGACCATTGACCACTCTAC TTTATAGTCTTAACATGTTAGTACAAACCGAGGGCAGAGAGAGGACGCCC GCCGAATACAGGGCTCTGTTGGGCCCTGCCGGATTCAGGGACGTGCGTTG CAGAAGGACGGGCGGCACCTATGACGCAGTTCTGGCCAGGAAA

Seq. ID No: 112

>IOMT_14ATGGGGTATGCGGCACCCCAAGCGCGTCAGAGTGACAAACAG ATCTTCGATATTTACTTCGGCTTTCTTCACAGCTACGCGCTTCTATTTGC TGATGAGGTCGGCCTATTCGACCTGCTAAGATGTGAAGCATTGACGTTGG ATCAGGTCAGTATGGCAACATCCCTTCCATCCCGTAGTAGTCAAGCATTA CTTTCATTATGCGCGTCTTTGGGACTATTAGAGAAAAGAGGAGAGAGATT CGCCCTGTCTGCCCTTACGGAAGGGTTCTTAGTTCGTGAAGCGGAGACTT CATTCTGCGGAGTTTTAGCGTCAGCACGTGGTCAGGCTGCCGCCTTCAGT TACGATTTCTTCAAGGCGTCATTGCTGAAAGGGGAATCACAATTATTCGG TGGACGTGACCTTTTCGATAATAACGCACAGGACCCTGAGCATTGCGAGA TATTTACCAGGGCGATGCACTCCAAATCTAAAGGGCCAGCGCAAGCGTGG GTGGAAAAGATAGACTTGAGCGCACATGCATGCCTTCTTGATGTGGGTGG AGGGTCTGGCGTCCATGCTATTTCCGCACTAGCGAGATGGCCTAATCTGA ACGCTGTGGTGTTCGACTTGCCGCCGGTGTGCGCCATCGCCGATACCTTC ATCGAAAGGTATCAGATGACAGCAAGAGCACAGACTCATGGAGGGGATAT CTGGTACACGGATTATCCTTTCGCGGATGCACATTTCTACAGCGATATTT TTCACGATTGGCCCCTGGAAAGGTGTCGTTTTCTAGCGAGGAAATCTTTT GATGCCTTGCCCAGTGGAGGCAGGATTATTTTACATGAGATGCTATTTAA CGCACAAAAGACAGGTCCAAGGAATGTAGCCGCTTACAATGCGAACATGC TTCTTTGGACTCAGGGACAGCAGCTTTCAGAGCCTGAGGCGGCAGACTTG TTGCAAGCGGCCGGCTTTGTCGAGATATTGGCCTTTCCGACAGGATATGG GGATTGGTCATTGGTTACGGGGGTGAAGCCC

Seq. ID No: 113

>IOMT_15ATGGGCTCAATAGATGCCCAAATGGCAGCTGTAGAAGAGGAG TCTTGCATATACGCTATGCAATTAGCCTACACTGTCGTCTTGCCCATGAC GCTGAAAAATGCCATTGAATTGGGAATGTTAGAGATTTTAATGGGGGCCG GGGGCAAAATGCTGTCAGCCTCTGAGGTGGCCGCACAGTTACCGTCAACA ACTACTAATCCAGATGCGCCAGCAATGGTAGATAGGATGTTACACTTACT GGCATCCTATAAGGTTGTCAGTTGCGAGGTTGAGGAGGGGACTCATTCCC GTAGATACGGCCCTGCCCCCGTTTGCAAATGGTTTACCAGTAACAAGGAT GGCGACGGAGCGTCCTTGGCGGCAATGTTACTTTTAACCAACGAGAAGGT GTTATTGGAAAGTCTAAACCACTTGAAAGACGCCGTCTTGGATGGCGGAC ACCCATTTCTGAAGGCTCATGGGATGACGGTCTACGAGTACAACAAAACC GACGCAAGGATGAAAAGAGTTTTCAGCCAAGCCATGAATAATTATTCTAC GATCATAAATAGAAAATTGGTTGAAATGTACATGGGGTTTCATGACATCG CCTTTCTTGTTGACGTCGGGGGAGGAGTAGGGACAACGATTAGGGCTATC ACTAGCAAGTACCCCCACATAAAAGGTATTAACTTCGACCTTCCGCACGT CATTGCTGATGCGCCGCAGTGTCCGGGGGTACAACACGTCGCTGGTGATA TGTTTAGGAATGTGCCAAGTGGAGACGCGATTATTCTAAAGTGGATGCTA CATAATTGGACGGACGAACATTGTACTACCCTGTTACGTAACTGCTACGA CGCCCTTCCACCCCACGGTAAGGTTTTTATTGTCGAAAATATTCTGCCGT TGAAACCAGACGCAACGAGCAGAGGTCAGCAAACGAGCCTGTCTGATATG ATCATGTTGATGCACACGCCGGCCGGCAGGGAAAGAAGCCAGAGGGAGTT CCAGGAGCTGGGCAAAGCCGCGGGGTTCACGGGCTTCAAAACAACTTACA TATATGGAAACAGTTGGGTTATTGAACTTACAACG

Seq. ID No: 114

>IOMT_16ATGAGTTTCGACACCCAGCATGCATTGCAACCATATTGGGAC TTGGCAGTGGCTCCGGTTCAAGCGGACGGTCTTGCGGCGGCACTAGAGCT AGGTATCTTTGAGGTACTTGCGACTCCCCACACACCAGCACAGCTGGCAG ATGTTCTTAGTTTACATGGGCCACACACGGCGCTGCTACTTGAGCTGTTA TGGTCTATGCAAGTCCTAGAGCGTGATGGAGCAGACGCCGACACCGACGC CAACGCTCTGAGATATCGTTGTACAGCTACGACGTTGCAATACTTCTGCC GTGACGCCGTAGCTTTCTGCGGTGACGCTTGGCTATACCGTTTACATGCT CTGCGTCACTTCGCAACTCAATTAAACACTCTTGTACGTGACGGAGGCAA GGTGACCCCGTATTCAACGGCCAGTGGAGTTAACTGGGCGGCTGCCGCCC AACAACAGATCGGCCAAGAGCAAAGAGCCGTAACGATGCGTGCTGCGCTT TGCGTTATGCAACGTGTAGCTCCATTTGCGGATGGCAACACGCCGTTGAG ACTGTTAGATGCGGGAGGAGGGCCTGGGTGGGTTGCCATAGCCCTTGCGC AGGCACATGCGGGTGTTCACGGGTGCGTCTTTGACTGGCCCGAGACGGTG GCAGTGGCAGCAGCGAATATAGCGCATGCTCAGCTGTCCGACAGGCTAGA GACTCTAGGCGGAGACCTTGATTCCGACGACATCGGTGGCGGATATGATC TTATTTGGTGTTCCAGTGTTCTTCACTTTGTTCCAGACATGGCCGCTGCA TTAAGGAAAATGCAGGCAGCACTGAAGCCGGGAGGCGTGCTAGTATGCAT ACAGGCGGAGATTGCTGCAGCACCAGGAGACGCAGCTAGGGTGTTACCGT ACTATCTGCCGATGAGAATGTTAGGAAGGACGGTAACGAGACACGGCGAG TTGGCACAGTTATTGAGAGATACGGGGTGGCGTCAGGTAGAGCAATATGG GGCGTCAGACTTCCCAATGGCTCCTGTACAGGTCCTGATTGCTCGTGCG

Seq. ID No: 115

>IOMT_17ATGCAATTGGCTTCTGCTTCCGTATTACCGATGGTATTGAAA AGCGCGATAGAACTGGACCTGTTAGATATTATTGCAAAAGCAGGCCCTGG GGCATATCTATCCCCAAGCGAAGTCGCCTCTCAATTGCCCACTAGCAACC CGGACGCGCCAGTGATGCTGGATAGGATTTTGAGACTACTTGCTTCATAC TCTGTTCTAACATACAGCCTGAGAACGTTACCTGATGGTAGGGTGGAAAG GCTATACGGGGTTGGTCCTGTCTGTAAGTTCCTGACTAAGAACGAGGATG GTGTCTCTATAGCCGCTCTTTGCCTGATGAACCAAGACAAAGTATTGATG GAGTCTTGGTATTACCTGAAGGATGCTGTGCTGGAGGGTGGTATTCCCTT CAACAAAGCGCACGGTATGACTAGCTTTGAATATCACGGCAAGGATCTGA GATTCAACAAAGTCTTTAATAAAGGTATGTCTGACCACAGCACGATAACC ATGAAAAAGATACTTGAGACCTATAAAGGCTTCGAAGATCTAACATCATT GGTGGATGTAGGTGGCGGAACCGGAGCAGTATTATCTACGATTGTCAGCA AATACCCATCTATACGTGGGATTAATTTTGACCTTCCACACGTTATCGAA GACGCTCCCTCTTACCCTGGTGTAGACCACGTCGGAGGTGATATGTTTGT CTCTGTACCAAAAGGCGATGCAATATTTATGAAGTGGATTTGCCACGACT GGTCAGATGAGCACTGCTTAAAATTTCTTAAAAACTGCTACGAAGCATTG CCCGACAATGGCAAAGTTATCGTCGCCGAATGTATACTACCCGTCGCGCC GGACACGTCTCTTGCCGCAAAAGGTGTGATCCATATCGACGTCATTATGC TGGCACACAATCCAGGCGGGAAAGAAAGAACAGAAAAGGAGTTTGAAGCC CTGGCAAAAGGAGCAGGTTTTCAGGGATTTAGGGTCATGTGCTGTGCGTT TAACACTTACATAATGGAATTTATCAAAAAGTTG

Seq. ID No: 116

>IOMT_18ATGCTGAATCACACAACAATGGTCATTAAGAAGATTCTTGAA TGTTACAAGGGGTTTGAAACCCTAAAGCAGTTGGTGGACGTCGGTGGGGG ACTTGGCGTGGCACTAAATCTAATAACCTCCAAGTACCCACACATCAAGG GAATAAACTTTGATCTTCCGCATGTGGTGCAGCACGCCCCCTCCTATCCA GGTGTGGAGCACGTGGGCGGAGATATGTTCAAGAGCGTACCCAAGGCAGA TGCAATCTTTATGAAATGGATCTTGCATGACTGGAGTGACGAGCACTGCG TGAAACTGTTGAAAAACTGCTATGCTGCGATCCCAAACGATGGAAACGTA ATAGTCGTGGACGCAGTTTTGCCGAAAATGCCAGAAGTAAGTACGAGCAT GCGTTGCACGTCTCAACTTGACGTCCTAATGCTGACCCAAAATCCTGGAG GTAAAGAAAGAACGGAAGAGGAGTTTATGGCGCTGGCTACCAAAGCGGGT TTTAAAGGCATTAGGTATCAGGAGTGTTTCGTAAATACTTTCTGGCTTAT GGAATTTTTCAAG

Seq. ID No: 117

>IOMT_19ATGGAGAGAAAGGAGGAGGTCGCGTTACTGAAAGGGCAGGCG GAAATCTGGCAGCATCTTTTCGCGTTCGCAGACAGTATGGCGCTGAAATG CGCTGTAGAGCTGAGACTAGCAGACATAATCCATTCTCACGGTGTACCTA TAACACTTAGCCAAATAGCCTCCGCCATCGACTCACCTTCACCCGACATC GCGTATTTGTCACGTATTATGCGTTCCCTTGTGTATAAGAAAATTTTCAC TGAGCATCATCCCAGTGACGGTGGTGAAACAGTGCTGTACGGTCCAACCC ATACGTCTAGGTGGCTATTACACGACGCCGAGCTGACTCTGGCCCCCTTC GTTCTAATGGAGAATAATCAATGGCAACTTGCCCCTTGGCACTTCCTAAG CCAGTGTGTGAAAGAGGGAGGAATAGCCTTTAAAAAGGCGCATGGGTTTG AAATGTGGGATTTCGCCGCGCGTAATCCGGAGTTCAATAAGATCTTTAAT GATGCAATGGCCTGTACTACGAAGATTCTTATGGGAGTTTTACTAGCGGA ATACAAAGACGGCTTTGGGTCAATTGGCTCTCTTGTAGATGTGGGAGGTG GGACCGGGGAAATGATCGCTGAGATTATAAAACAGCATCCTCACATTAAG GGTATGAAT

Seq. ID No: 118

>IOMT_20ATGGGCAGTGCGAGTGGTAGCGCAGAGCGTACACAGATGGGC GAGGACGAGGCTTGTAGTTTTGCTATGACAATAACATCTGGCAGTGTCCC TCCAATGGTCTTGAAAGCAGTTATAGAACTGGACGTGCTAGAGATTATTA AAAGAGCTGGACCAGGGGCACACCTATCTCCTGCTGAAATTGCAGCCCAA CTACCCACCACTAACCCCGGCGCAGCCGCTATGTTAGACAGAATGCTAAG ACTTCTTGCCAGCTATGACGTCCTTAGTTATTCTCTGCATACTCTTCCTG ACGGTCGTGTCGAACGTCTATACGGTCTAGCGCCCGTCTGTCAGTTTCTG ACTAATAACGAGGACGGGGTGACTCTATCTGCACTATCCTTAATGAATCA GGATAAGGTTCTGATGGAGTCTTGGTACCATCTGAAGGATGCTGTCCTTG ATGGGGGCATCCCCTTTAATAAGGCTTACGGCATGACTGCCTTTGAGTAT CACGGAACGGACCCGAGATTTAACAAGGTGTTCAACAATGGAATGAGCAA CCATTCCACAATTACAATGAAGAAACTACTAGAAAACTATAAAGGTTTTG AAGGCGTGTCAACATTAGTGGATGTCGGCGGAGGTACTGGGGCAACCTTA AATATGATAATTTCTAAACATCCAACTATTAAGGGTATCAACTTCGACCT TCCGCACGTTATAGAAGACGCCCCAACGTACCCCGGCGTTGAGCATATCG GCGGCGACATGTTCGTCTCAGTACCAAAAGGTGATGCTATCTTCATGAAA TGGATTTGCCATGACTGGTCCGATGAACATTGTCTTAGGTTTTTAAAGAA TTGTTATGCGGCCCTTGCAGATCACGGAAAAGTAATTGTTTGTGAGTACA TTCTACCCGTCGCACCGGAGACTAATCACGCTGCGCGTACCGTTTTCCAC GTAGACGCGATCATGCTTGCCCATAACCCTGGTGGGAAGGAGAGAACCGA GCAAGAGTTCGAATCTTTAGCTAAGGGTGCCGGATTTGAGGGCTTTCGTG TAGCCTTCTTTTTC

Seq. ID No: 119

>IOMT_21ATGGCACTTAACCCACCACACCAAAACAACGTCATGGAGAAA GAAGATCTATGCTCCTTTGCTTTGAGCATTGCGACCTCCAGTAGTCTTAG TATGGTTTTAAAAGCAATTATTGAATTAGATATCATAGGTATAATCAATA GAGCTGGTCCCGGTGCTCACTTGAGCCCCGCACAGATAGCAGCCCAATTG CCGACTAAAGATCCGGGCGCGACAGCTTCTATGTTGGACCGTATGTTGAG GGTACTAGCCAATAACTCTATTTTATCATGCAGTTTACGTGCGCTACCCA ATGATGGACCCATCGAAAGGTTGTATGGTTTGGCCCCGGTCTGCCAGTTC TTTACGAAACCGGAGGATTTCGGTCCAATGGTATTATTTTCACAAGACAA GGTTTACACAGACACCTGGCATCACCTGAAGGATGCCGTCTTGGATGGTG GAAGTGCGTTTAAGAAGGCCCACGGAACGACACTGTTCGAATACCTTGGG ACAGATATGAGATTTTCCAAGGTTTTTAATGACGCGATGAGTAGTTCCTC AACCATAACAATGAAGAAGATGCTGGAAAACTATAATGGCTTCGACGGAC TGTCTACGTTGGTGGATGTTGGAGGTGGAACCGGCGAGACTTTGAACATG ATAATAGCTAAATATCCTACCATTAGGGGTATCAACTTCGACCTACCACA TGTAATCAACGATGCCCCCAATTATGATGGCGTTGAACATGTTGTAGGTG ACATGTTTGTATCTGTACCGAAAGGTGATGCTATATTCATGAAGTGGATA TGTCATGATTGGTCTGACAAACTGTGTTTGAAGCTACTTAAAAACTGTTA TACTGCATTACCCAATCATGGGAAAGTTATTGTCTGCGAATGCATCTTGC CCGTGGCCCCTGAAACGTCACATAGTGCTAGGGTTGCGTCCAATTTGGAT ATGCATATGCTTGCGTACTGTAGGGGCGGGAAGGAGCGTACCGAACAGGA GTTCGAAGCACTTGCTAAAGGGGCTGGTTTTGAGAGCTTTCGTGTGGTCT GCAGCGCCTATGATCTTAAATTATACATGTGC

Seq. ID No: 120

>IOMT_22ATGGCAGAGATACCGACCAGTAGCAATCCTAGTGATGACCCT GAAACGCAGAAATTGAATGGCAATGAAGAGGACTATGATCATCATCACGA TGAAGATCCCGAATCAGACGACGAAAATTACGAATACGCATTACAAATCG CAGAGATGTTACCATTTCCAATGGTAATGCACACAGCCATAGAGCTAGAC CTGCTTGGTATTATTGCGACTGCGGGGCCAGACAGGCAATTGAGTGCAGC CGAGATAGCTGCAGCATTGCCCGCAGCCGGAAACCCAGACGCACCAGCCA TGCTAGACAGGATGTTATACTTGTTAGCTACTTATAGTGTTGTAACTTGC ACGGCGGTTGATGGAGGAGCCTCCGGGGGAGTCGTCCGTAAATACGGACT GGCACCCGTTGCTAAATATTTCGTGTCTAATAAGGATGGAGTCAGCCTAG GTGCGGTAATCTCTCTTAATCAAGACCAGGCGGTACTTGCATCTTGGAGT AAACTTAAAGAAGCGGTGCTAGAGGGAGGTATTCCCTTCAATAAAGTCCA CGGGATGGACGCCTTCGAGTACCAAGGTACTAACCCGAGATTCAATGAAA TCTTCAACAAGGCCATGTACGATCAATCCACATACATAATCAAAAAGATT GTGCGTCGTTACAAGGGGTTTGAAAACATCCAGCGTCTGGTGGACGTTGG TGGTGGCCTAGGCCATACCTTACGTGTAATTACAAGCAACTATCCGTCTA TCAAAGGGATTAACTTCGACCTACCTCACGTCATTCAACATGCACCGACC ATTCCGGGGGTTGAACACGTTGGCGGGGATATGTTCGAGTCAATCCCGCA CGGTGACGCCATTTTTATGAAGTGTATTCTTCATGATTGGTCAGACGAAC ATTGCTTAAAAACGTTAAAGAACTGTTACAAAGCTCTTCCGAGGAAGGGA AAGGTCATAGTTGTACAGATGAACATGATTGAGGAGCCCCAGACTACCCC TCTAGCCAAAGCGATCAGTCAAATGGACCTATGGATGATGACACAAAACC CCGGCGGGAAGGAAAGGACCAGGAGAGAGTTTCAGGCTCTTGCAGAAGCC GCAGGATTCGCTGAGTTCAACCCGGTCTGTCATGTGGCTGGGTTCTGGGT TATGGAGTTTCTGAAA

Seq. ID No: 121

>IOMT_23ATGTCACCCATAGACCTGGCGAATGAACTGCAGACGCTAGTG ACAAGTACCTACTCCGGTGACGTAACCGACCCCTTCAAACTTTATAAAGC TAAACATAGCATTAGCGACCTGTGTCTAAGTCTATTGAGGGCAGTTCAGG GGCCGGAAGAATATACTGCCATATTAGCCGAGAGCTGCCAGGAATCCAGT GCCCTTAACGTAGTGGCCTCTCTGGGAGTTGCCGACCATATTGCCGAGAG CCCTAACGGAGAACTGACTCTACAGGAGTTAAGCGAAAAAGTGAAAGCGG ATGAGAAGTATTTAAGCGTTGTTTTAAGCTCATTGGTGTACCACGGTTAT TTCAAAGAAGTTGGAGGCTTCGGATCTCAAGTCTATGCGAACAATGATTT CAGCTCTTTGCTACTATCCGAGGAAACGAATGCGAAGGGCGGCAAGAGTA TGAAGGACGCGATCGGTTTGAGCGCGGATGACGGGGCGAAAGCTACTACG AGATTGTTAGATGCGGCAACCGGCAAGGCAAAGGGGGAGGCAAAGACCGC CGCGAATATAGCATTCGACTTTTCTGAATCACTTTTCCAATGGATGGCCA GTCCTGGCAATGAATGGAGGGGTAAACGTACGGCCAAGGCTATGGTTCAA TTACATGGGATGGCCAATGGAGGAATCGGAGAAGACTACCCTTGGGAGAA ACTGGCGACGCCTATTATCGACATTGGTGGTGGGATAGGATCATTTCAAG GCATGTTGTTGGCTTTACCAAAGAACAAAGAGTTAACTTTTACAATCTTT GACATTGAGAAAACGGTTGAGCATGCCAAGAAAGTCTGGGCCGGTAAGCC TCAATGGATGCAAGATAAGGTAAGTTTTATCGCTGGCGATTTCATGAAAT CCTCCCCAAATGATAGTAAAATACCAACACCGGCTCAGGGTGCCGGCACC TACGTGATTAGACACGTACTACATGACTGGGATGATGCCCAAGTAGTCAC AATATTAAAACACGTCAGGAACGCAATGCTTGGGAGTCCGGCAAGCACAC CGCCTAAGTTACTGCTTGTGGAGATGATGTTAAACGAAACATCTTCTAGG TTCACCAGGACCACGTCCTTACAACTGTTAAGCCTAAACGGGGGTATAAC GAGGACTGAGGTTCAATTCAGGAGGTTGATCAAAGAGGCTGGGTTCACGG TTGATAGTGTAACGGAAGTGAGGGGTGTTGACCTGGTGGTGGAGTTATCC CCTGCGAGCTTA

Seq. ID No: 122

>IOMT_24ATGCCTTCTACCACAATTTCCCAATTGGTGGGTCTAATACAA CAGTCCGTCATGGCGTTAGAGAAGCTATGCTTGGAGAATAGGACGAGTTT GCCTGACCTAGACGCATTCCACTTCGATCAGTCCTCCGAAACCTTCAGGA GCCTGCCCGGTGCCGCACAGGACGCTAAGATAGCAGTAGCCGCGTGCATG CAGCTAATCGCGATTCTAAGTCCCCCAACCGATACAGTTTATAGAGCAGC TCTTGGGGGTCACCTTTCTTTTGCGACCAGAACATGTCTGGAGGCTAACA TTACAGAGATTCTTAGGGAAGCGGGACCCGAGGGATTACATATAAATGAT ATAGCTTCTAAATGCGGGCTAGACCCGTCCAAATTGGGAAGAGTGATTAG GTATTTGGTTATTCATCATATATATAGAGAAGTCAAGCCCGACGTGTTTA CTAATAACAGAACATCTTCAACAATGGATACTGGTAAGCCACTAGACAAA CTTATCTCAGAACCGGATAGAAAGTATGACGACACTGGGTTTCCGGCATT GATTAGTCATTTTATGGACGTGGACCAGAAGTGCGGAGCCGTGGGCTGGG ACGTATTAAAGGACCCAGTTCTAGGCCATTCATGTGATCTTACAGAAACG ATATTCAGTAGGGCTTTCAACACAAAGTCAAAGTATTGGGACTTCTTTGA CCATCCCGAAAACCATTATATGCGTAGGCGTTTCGACTATGCTATGAAGG GACTGGGAGCGATCGAAGATCACGATATGGTGCTACATGCTTTCTCATGG GAGGATCTTGACAAAGGATCTGTTATAGTAGATGTTGGCGGAGGTATTGG AACGGCCATGCTACCCCTGGCCAGGAAATATCCTAATTTCGATATCGTCA TCCAAGACCTTCCGATAGTAATCGAGGAAGGCACTAAATTCTGGAGTCAA AATTTACCAGACGCCGTTGCCAATGGAAACATTAAATTGCATGCACATAA CTTCTTTGACGAGCAACCTATTAAGAACGCATCTGTATTTTACTTACGAC ACGTATTGCACGACTGGCCAATGCCCGACATGGTCAAAATATTGAGGCGT CTTCGTGACGTTGCCGCCGCGAACACGACGCTGATTATATTAGACTACAT CTTACCCTATTCCTGTAAGATGTTTGCTGACAAGGACGCCGTTTCAATCG CCTCCGCTCGTTATTATAGCGAAGCGCCGGAACCACTGTTACCAAACTAT ACCCATAAGAATGTCATAAGCGATAGTGATATGTATGTTTTTCAGATGAT GTTCCACTACAATTCACAAGAGCATACCTATCTAAGCCTTAAATCCTTAC TAGACGCTTCCGGCTGGCGTTTAGTCCGTCTGCGTGCGATCGATCCCAGG AATGACTATTTTCAATCAATTGAGTGCAAGATTCTAGCC

Seq. ID No: 123

>IOMT_25ATGGCCCAGCCCATGATGCTGGCCCTGGCAAAGTTAATATCC GACAGTGTTGCAAAAGTAGACCAGCTATGCATTGAACAGGGTGTCATTTT CCCAAGTCTGGACGACCCTTTTACGACGGAAAGTGAGTCCATTAAGTTAC ACCCAGATGTTGCAGAGGCCTCAAACTATATTATATCCGCGGCGGCTCAG CTAATCGCAATACTGAGACCTGTGCCCGTCACCTTATCTACGAGTGCTAT CCATGTGCATGTTTCCTCAGCTCTACGTGTGGTTGTGGATTCTAATGTCG TCGAGATTCTACGTGAGGCTGGGCCTCAGGGACTGCATGTGAAGAAGATT AGTGAGAAAAATGGCGTGGAAGCAGGTAAATTAGGAAGATTGTTAAGGCT TCTTGCGTCCGGCCATATGTTCAAAGAGATCACTCCTGATGTGTTCGCGA CAAACAGAATTTCAAGTGCTCTGGATACCGGCAAGCCTTATGAGGAGCTA GTCAAAAATCCGGGCGAGAAATTAATCGGGACAAATGGGATCGCTGCCTA TATATCAAGATCAACAGATGAGTCCGTCAAGAGCAGTGGGTTTCTGTATG AGGCTCTGACATATAGCTCAAGCGAGAAAGTACCCCTTCCTCCGTCACCT TTTAACCTAGCGTTTAACACGGAATTGCATATCTTTTCCTGGCTTGCACA AAAAGGCAATGAACATCGTTTGCAAAGGTTCGGAATTGCGTTTGACGGCT TTGACAAGATGTTGCCCGTTAACGGTGTGACCAAAGGCTATAGGTGGGGC TCCTTGCCAAAGGGTTCTATTGTCGTGGACGTGGGCGGTGGTGTTGGAAG CGAATCAATGAAGATCGCCAAGACATTTCCAGATCTGAAGGTTATAATAC AGGATGCTGAAGGCGTCGTAGCAAATGGAGTAAAATTTTATGAGACCCGT TTCCCAGAAGGGCTATCCTCCGGCCAGGTTACGTTTCAAGCACACGATTT CTTCACGCCGAATCCTGTAACCAACGCGAGGGTTTTCTTCATGAGGTTTG TGCTGCACGATTGGCCTGACGCCACCTGTGTCAAGATACTTAAAAACCTG AGGGCGGCTGCCGCGCCTGATACAGAACTTATCATAAACGAGTGTCTAAT CCAGTACGCGTGCAGTACCGAGTCAGAAATTTCCAAGTCAATTCCCGGTG GTAGGTTCAAACCCCCACCTTCCCCGTTGCTGCCAAATTTGGGCTATGCA CGTATTTTTCATTATCTTATTGATTTACAGATGGCGATAGTTGCGCATGG AGTCGAGAGGACTGTTGAACAATATGCGAGTATCCTTCAGAAAAGTGGAT GGAAGCTGAAAGAAGTTCTGAGGATGCCTGAGTCAGCCTATAGCTTACAC AAGCTGGTAGCCGTCCCCCAGCCTGAG

Seq. ID No: 124

>IOMT_26ATGACGAGGCTAACCGACTCTTTAGGGATGCTAAGAAGCAAA CTTGTACCTCCACAGGCTACAATGCTACAGCTATTAACGGGATATCGTGT TTCCCAAGGGATCTATGTTGTTGCAAAGCTGGGCATCGCCGATCTTTTAG CAACAGGTTCCAAGACCAGTCAGGACCTAGCGGCGATAACTAACGTTCAC GCTCCAAGCCTGTATCGTCTTATGCGTTCATTGGCCAGCCTGGGAATCTT TACAGAAACTGAGAATGGGAGGTTTGAGCTAACTCCTCTGGCCGCTACCT TGAGGTCTGACCATCCAAACTCCGTTCACGATGCCGCTATCATGTTTCTG GAAGACTGGCATTGGCAGGCTTGGGGCAATTTCTTTGACTGTGTAAAGAC TGGGGAAACAGCTCTTGAAAAGACATTTGGAACCAGCAATGTGTTTGACT ATTTTGAGACACAAAACCCCGAAGCTGGGCAGCATTTTGATAACGCCATG ACGAATACTAGCGTGATGACAAATCAGGCGCTACCTACCGCTTACAATTT CGGAGCCTTCAAAACCTTGGTGGATGTTGGCGGCGGTCAGGGGTCCTTCT TATCGGCGCTGTTTCACCAGTGGGATCACCTGCATGGCATACTTTTTGAT CTACCACCAGTGATTGAAAGCGCAGAGCAGCAAAACTTATTGTCTGGGTT TGAAAAGCGTACTACACTTGCTGCAGGTGACTTTTTCAAGGCCGTTCCCG ACGGTGCGGATGCTTATCTGCTGAAGACCATCATACACGACTGGGACGAT GCCAGCGCGATAGCAATTTTAAAGACATGCAGGCGTGCCATGAATCATGA TAGTAAGTTACTATTAGTCGAGCTGATAGTGCCGTCCGGGAATGCGCCCT CCCTTAGTAAAATTTTAGATTTAGAGATGTTGGCAGTTTTTGGTGGGGTC GAAAGAACGGAAGCCGAGTATCGTTCCCTGTTGCTATCAGCAGGCCTTAA ATTGACTAGGATCTACGATAGCCCGTGCCCCTGGAGTGTGATTGAAGCTA TTCCCGTT

Seq. ID No: 125

>IOMT_27ATGTCCATGCCACCGGCCCACAGTCGTTTATACAGCAGGTCC TTCTTATCTATGCTTCCCGACGCAATCACGCCATTTCCGTATTTGCCACC TGATGCGACGGATACCAGACCTCTGTTAGCCGAACTGGAAGCCTTGTTAG AAATAATAAATAGCTCTGCTAGATTGGCCATAACTGAGTACAAAAAGCAC GGGAATAACGTACCAACGATTTATAGTACAGAATTTCATCCTTTAGATTT CGCCACGGACACCGTCGCGCTGAAGAAAGCGATCAGGTTGCTTGAAGACG CATGTCAACAACTTTGTGCATCATTGGCTCCGCCACAGCACACATTAGCG AACGTGTCCCGTGTGCACCATAGACAGTACGTTACACAGCTAACCACGCA CGACATCTTGGAAAAATATCCTTCAGGCTCTCATATCAGAGAGCTATCAC AGACAGTGGGCTTGGAAAAGGGCAAATTGGCAAGGATTTTAAGGGTTTTT GCTTTCAAGGGATGCTTCATAGAAGTCGATACCGATGTCTTTGCTAGTAA CAGGTTAAGTTTGATAATGAAATCCAGCAATGACTGTGGATGTCTAACTT GTATTCACGCGCAAGACGTATCACAGGGCGCTGGTGTCCTTTACGAAACG TTGACGGAACCTGAATACGCAATGAGCTACGAGCCCGACAAAGCTCCAAT GATTTATGTCCTTAAACGTAAGGGCTTAAAGGGATCGTTCTTTGATTGGA TGAAAGCCGATGCCAAAAGGAGGGAAAATTACCATTATGCCATGATCGCT TTAGGCCCCGTTATGGGTTCTCTTAGCATCCTGCACCACTACCCCTGGAA TGACGTGGCCACGGTATGTGATGTAGGAGCCAGCGTAGGTAGTGTTTCCA TCCCCCTTAGTAAAGCTCATCCTCACCTTAAAATCACCGACCAAGATCTG CCTGAAGTGTTAGAAGCCGCCAGATCCGTATGGGAAAAGGAGGCATTCGA AGCGTTGCGTGAAAAGAGGGTAGAATTTCTGACGCTTGACTTCTTTAAGG AGGCGCCCGTCCCAGGCAAAGATGTATACTACCTAAGGCACATCATCCAT GATTGGCCAGATGCCGAAGCAGCTGTTATCCTTAGGAACATAAGCAAAGC AATGGAACCGCATTCAAGATTGCTTATCCACAATTATGTAATCGCTGGAG CCAACCGTAGACCAGATGAAGAACAACGTGCGCCCGAGCCAATGCTACCT AATTTTGGGGCGGGGGATAGTAGAAAGTACAGGCAAGACCTAAATATGTG GATTCTGCATAACGCTAAAGAGAGGACGGTCGATGATCAAATCACACTAG CC

Seq. ID No: 126

>IOMT_28ATGGCCCCTGGCCGTGAGGGGGAACTGGATAGAGATTTTAGA GTGCTAATGTCTCTAGCGCATGGGTTCATGGTATCACAGGTCCTATTCGC CGCATTAGACTTAGGCATCTTCGATCTGGCTGCCCAGGGCCCTGTCGCTG CCGAGGCAGTTGCGCAAACGGGTGGCTGGTCACCAAGGGGGACACAGCTG CTTATGGATGCTTGCACTCGTCTAGGGCTACTTAGGGGTGCGGGCGATGG TTCTTACACTAACAGTGCGTTAAGTAGTACCTTTCTGGTGAGCGGCAGCC CGCAATCACAAAGATGCATGCTACTTTATCTTGCAGGCACAACTTACGGG TGTTGGGCGCACTTAGCTGCTGGGGTCAGAGAGGGAAGGAATCAGTACAG TAGGGCGGTCGGTATTTCAGCTGAGGACCCCTTTTCTGCTATTTATCGTT CTGAGCCAGAGAGACTACTGTTTATGAGGGGCCTGCAGGAAACGTGGTCC CTGTGCGGAGGTCGTGTCCTAACCGCGTTTGACCTGAGCAGATTTAGAGT GATATGCGACCTGGGAGGGGGTTCAGGGGCACTTGCTCAGGAGGCCGCTA GGTTATATCCAGGCTCATCAGTATGTGTATTTGATTTACCTGATGTAATC GCTGCCGCAAGGACCCATTTCCTAAGCCCAGGGGCCAGGCCGTCCGTGCG TTTTGTGGCCGGTGACTTTTTCCGTTCCCGTCTGCCTAGAGCAGACTTAT TTATATTAGCAAGGGTTCTGCATGACTGGGCTGATGGGGCGTGCGTCGAG CTATTGGGCCGTCTACACAGAGCGTGCCGTCCCGGTGGGGCGCTTCTGCT AGTGGAAGCAGTATTAGCTAAGGGAGGCGCCGGTCCGTTGAGGTCACTAC TGCTATCTTTAAATATGATGTTGCAAGCGGAAGGATGGGAGCGTCAGGCC TCCGACTATAGAAATTTGGCGACGAGGGCTGGTTTTCCACGTTTACAACT ACGTAGACCTGGCGGTCCATATCATGCTATGTTGGCACGTCGTGGGCCCA GGCCCGGCATTATTACGGGAGTTGGCTCTAACACCACTGGAACTGGGTCA TTCGTAACCGGTATTAGGCGTGACGTGCCGGGCGCGAGGTCCGATGCAGC AGGCACTGGCTCTGGAACTGGGAATACGGGGTCTGGGATTATGCTACAAG GTGAAACTTTAGAATCAGAAGTATCAGCACCGCAGGCAGGTTCCGACGTT GGCGGCGCTGGTAATGAACCCCGTAGCGGTACACTGAAGCAGGGTGATTG GAAA

Seq. ID No: 127

>IOMT_29ATGGAGGTTGTACCATCTTGGTTCAAGGAAACTCTTGATAAA AGTCAATTTTCTGCGCCATATGAATATGCAGTTGAGACAGCAAAACAAAA AGCACTGGAAGTTGCTAGGAGAATGCATGTTAAACACCTAAAGACCCCGG ACATCGTAATCGGAGCAGACACCATCGTCACGCTAGAGGGGGCCATATTA GAAAAGCCGTTTGATAAACAGGATGCTTACAATATGCTTAGTAGACTAAG TGGGAAGGAGCACAGTGTTTTCACCGGAGTGGTAATCGTCCATTGTCGTT CCAAGGAAGAGAACCATTTAGAGACGGATATTATCGACTTTTACGAGGAA ACGAAGGTTAAGTTCGCAGACCTGTCCGAGGACTTGTTATGGGAGTACAT CGATAGCGGTGAGCCAATGGATAAGGCGGGCGGCTACGGTATTCAATCTC TTGGCGGAATGTTAGTGGAATCAGTGCATGGCGACTTCCTAAACGTAGTC GGCTTCCCCTTAAATCACTTCTGTCGTAAGCTCACTGAAATATACTACCC GCCCCCAAAACAAGCCATATGCCGTGTAAAGCACGATTCTATTCCATATG TAGAATCATTTGAGAATCTGAGTGATGTCGAGACGGATTGCACCTCTACT AGCAAAGCATGTGAAGCGAAGAAAGCCGTGCAGGACGGCGTATGCAAGGC GGATGGTTCAGGTTCAGCTGTTCTTCAAAATGGAATCGAAGAGAGACCCG TCCATTGTGCCCAGCAATTAAGTAAAATTACACAGCTGCTTGACGGATTT AAAGCCTCCCAGACTCTATTCGCAGCATCTAAGTTGAAAGTTTTTGACAA ATTAAAAGATAAGGGGGCGCTTAAAGCGATGGAGATTGCGGAAAAGATTA ATGCGTCTGTACACGGAACGGAAAGACTACTAGACGCCTGCGTGGCTTTA GGCCTACTAGAGAAAACCCACCAGGTTTATTCCAATACGGAACTTGCTAA CACGTATTTAGTGTCAGATGGAGCGTTCTCCATACATGAATATATTACCT ACTCAAGCGATCATTTATGGTCCCACTTCACTCATTTAGATTCTGCCGTC GTAGAGGGCGGGGGACAACATCAGACGGCCGTTAAAAAGGCGTGCGATAA TAGAAATGGGTCTGAGGTAAAGGAGAGATTTATGAGAGCCATGCATTGCA TGCTTAAAATAACGGCCAGAGATTTGGTCACCGCATTTGATCTGTCAAAG TATTCAAGCGCCTGTGACTTGGGCGGATGTACGGGCGCCCTAGCACACGA ACTGGTCTGGACTTACCCTGAAATGAAAGTCAATGTATTTGACCTACCTG AAGTAATCAAGCATACCAGTCAATTCCAGCCTGAAAGTTTTGACTCAAGT AGAGTCACCTTTAGTTCCGGGAACTTTATGGAAGATACACTTCCAGAAGC AGATCTGTATATTTTGTCAAGGGTGCTACACGACCTGCCGGAGGGCAAAC TTAATCACCTGTTAAAGAAAGTTAGTGAGGCATGTTGTCCTGGTAGAAGT GCATTGCTGGTTGCCGAGATTGTTTTGGATGAGGACAAGAAAGAAAGTAG GGGCTTACTTCAAAGCCTTAGTATGGGAGAAGGGAAACAGAGAAGCGGGA CTGAATACAAGAAGTTGCTAGAAAACCACGGATTCAATAGCGTCCAGATC AAAAGTACCGGAAATCTATTAGATGCGATTCTTGCAATTAAGACCAGT

Seq. ID No: 128

>IOMT_30ATGGACACAGTAAAGAACCTACAAGCGAGTAACGTCCCCTCC TCACTGTCTCAGGAGGATGAGGAAGTGTTCACTTCAGGCCTGCATGTATG TAGTTCCGAAGTCTTTTCTCACGCGCTGTCCAATTGCATACAACTTGGCC TTTTTGATATAATCGCTGAAGCCGGGCCCAGTGCATACCTGACCGCTACT GAAATCACTGCACAATTGCCGACTAAGAACCCCGATGCCGTATCAATGAT AGATAGGATGTTAAGGCTTTTTAGCTGTCACTCACTATTAAATAGCTCTC TAAAGACCGTAGCAGATGATGTCGTCGAGACTAGGTATGGTTTGTCCCCG ATCGGCCATCTGTTCGTGAGAAAGAAGGACGGCGTAACAATGGCGGCCTG TTTTACCGACTACAAAGCGTGGACCGAAGCCTGGCTGCATTTAAAAGACG CCATATTAGAGGGTGGGAACCCTTATGAAAAAGCGCACGGGGTCCCTATC TACGAACATATCTCTTCCGACACTGAAAGTGTCAAGGGCTTCAGTCAAGC GATGGACTCCATCTCATCATTCATTATGAAGAAGGTCCTTGAAAATTATT CTGGCTTTAAAGGTCTAGGGTCCCTTGTGGATGTAGGGGGAGGGTCCGGC TTCGCGCTAAACATGATAACGTCCGAGTACCCCTCAATCTCCTGCATTAA TTTCGACCTACCGCACGTCGTTCAAGAAGCACCTTATCATCCAGGTGTGA AGCACGTCGGGGGAGACATGTTTCTTGACATCCCTTCTGCTGATGCAATA ATGATCAAGGAGGTGTTGCACAATTGGGGTAATGAAGATTGTGTCAAGGT CTTGAAGAATTGTTACGAGGCGTTGCCTAAAGGAGGCAAGGTGATTGTGG TAAGTCATGTTATGCCGGAGGTAGTCGGCAGCAGCAACGCAGCAGCCAAG TACGTGTGCCAATTAGACGTTATGATGCTACTGTTTGGCGGGGGTAAAGA GCGTACCGAGAAGGAGTTTAAAGCCCTGGGAAAGGCTGCAGGGTTTAGTG GGTTTCAGCTAATATGTTTCGCAGCTTATAATGCCGTTGCCGTGATGGAG TTTTACAAG

Seq. ID No: 129

>IOMT_31ATGGCCGAGGACGTAGCCGCTGTCGCAGACGAAGAGGCATGT ATGTACGCCATGCAGCTTGCCTCTAGTAGTATCCTGCCTATGACCCTTAA AAACGCATTAGAATTGGGATTACTGGAGGTGCTTCAAAAAGACGCCGGGA AGGCATTAGCCGCTGAAGAAGTGGTTGCTAGACTTCCCGTTGCACCGACC AATCCGGCCGCGGCGGACATGGTCGATCGTATGCTGCGTCTACTGGCATC TTACGATGTCGTTAAATGCCAAATGGAAGATAAAGACGGTAAGTACGAAC GTAGGTATAGCGCGGCGCCCGTGGGTAAGTGGTTAACGCCTAACGAAGAT GGCGTCAGCATGGCCGCATTGGCACTAATGAACCAAGACAAAGTTTTAAT GGAGAGCTGGTATTATCTGAAGGATGCTGTTCTCGACGGAGGGATACCGT TTAACAAAGCCTACGGTATGACGGCCTTTGAATATCACGGTACGGACCCA AGATTTAACAGGGTGTTCAACGAAGGTATGAAAAACCACTCTGTCATTAT TACCAAAAAGTTGTTAGAGTTCTACACGGGCTTTGACGAGAGCGTCTCCA CCCTAGTAGACGTCGGAGGTGGCATAGGCGCCACATTGCACGCAATCACT TCCCACCACAGCCATATCAGGGGTGTCAACTTTGATCTTCCTCACGTGAT TTCTGAGGCGCCACCGTTTCCTGGAGTCCAGCATGTTGGGGGTGATATGT TTAAATCTGTACCCGCAGGCGATGCGATCCTTATGAAATGGATTCTGCAT GACTGGAGCGATGCTCATTGCGCTACCCTGCTGAAAAACTGCTACGACGC CTTACCAGAGAAAGGCGGGAAGGTAATTGTTGTCGAATGCGTACTTCCCG TAACGACCGATGCAGTCCCGAAGGCCCAGGGAGTGTTCCACGTTGACATG ATCATGTTGGCTCATAATCCAGGGGGCCGTGAAAGATACGAGAGAGAGTT CAGAGACTTAGCCAAAGCTGCAGGTTTCTCCGGCTTTAAGGCAACGTACA TATACGCAAACGCATGGGCAATAGAATTTATAAAA

Seq. ID No: 130

>IOMT_32ATGACCTCACTGCAGGACCTGGATTATCCACAACAGTTACTT GAATATAAAGATGGATTCCTAGTCAGCAAGACAATGTTCACCGCGTGTGA ACTGGGGATCTTCGATCTTCTACATAAGTCTGATGAAGCCCTGAGTGCTT TAACAATCTCCAGCCACCTGGGGACCAGTGCCGACGGAACTGATAGACTT CTGTCCGCCTGTGTTGGTCTAAAGTTGTTAAAGGTCGAAATGAAGAACAA TGAGGCATTCTTCTCAAATACTGATGTGTCCGATGTTTACCTGGTGCAAT TAAGTCCTAGAAGTTTGTATCATATGATGATGTATTACTCCCAAACGCTG TATAAATGTTGGCATTTCTTACCCGATGCAATAAGAGAGGGAAAGAGCCA ATACGAGAGGGCCTTTGGCGTTTCCTCTGGCGACATCTTTAAGGCTTTAT ATAGGTCAGAGGAGGAAATGGTTACCTTTATGCACCATATGGATAGTGTT TGGAACATCTGTGGAAAGGACATCATCGCGGCTTTTGACCTGTCTTCCTT TAACGAGGTTTGTGACCTTGGAGGATGCAGCGGGGGACTAGCTAAACAAC TTTTGAGTATATACCCGTCCTCCAGCGTGACAATTCTGGATCTACCCGAA GTTGTCCAGACCGCTAAGAAGCATTTTATAACGGATGCAGATTGCAACAT TGCGTTCTTACAAGGTAACTTTTTCAATGACCCAATTCCTGAGGCAGATT TATATATAATGGCCCGTATTATCCACGACTGGACCCAAGAAAAGTGCTTA CAGTTACTTAATAAGATCTACAAAAGCTGCAGACCCGGAGGCGGAGTACT TTTGGTGGAAGTACTATTGAACGAAGATAGGAGCGGCCCTCTGACCAGTC AGCTTTACAGTTTGAATATGCTTGTTCAGACTGAAGGTAGGGAAAGAAGC CCGTGTGAGTATACGAAATTGTTGGCCCACTCCGGGTTCAGGGACATCCA AGTAAAGGCGACGGGCAAGATTTATGATGCCATTCTAGGAAGGAAA

Seq. ID No: 131

>MUP1ATGTCAGAAGGCAGAACGTTCTTGAGTCAACTGAATGTGTTTAAT AAAGAAAACTACCAGTTTTCAAGCTCAACAACGAAGAAAGAGGTATCCAA TTCAACGGTGGACGCAGACAACGGAGCCTCAGATTTCGAGGCGGGACAGC AATTTGCGACCGAATTGGATCAAGGAGAGAAACAACTTGGCATATTGAGC TGTATCGGTTTGATCTGCAATAGAATGTTGGGTACTGGGGTATTCGCAGT ATCTTCTACCATCTATACATTATGCGGTAGTGTAGGACTGGCTCTTATTA TGTGGGCGGTCGGCGCAATAATCGCAATTAGCGGATTGTATGTCTACATG GAGTTTGGAACAGCGATTCCCAAGAATGGCGGTGAGAAGAATTACCTAGA GGCTATTTTCCGTAAACCCAAATTTTTCATCACATGTATGTACGCAGCGT ATATCTTCTTTCTGGGTTGGGCAGCCGGTAACAGTATTAACACTGCTATC ATGTTTTTGACTGCTGCGGACACGGAAGTCACCAAATGGAACCAGAGGGG GATTGGAGTTGCTGTGGTGTTTTTCGCTTTCCTGATCAACAGTCTTAATG TTAAAATTGGACTTTATCTGCAGAATATACTTGGAATTTTCAAAATCGGT ATTGTACTTTTCATCTCCATAACTGGTTGGGTGGCGTTGGGAGGCGGGCT GAAGGATGGATATCAATCTCATAATTTTAGAAATGCCTTTGAAGGAACGG AGACCGCTACTGCCTATGGGATCGTCAACGCATTGTATTCTGTTATTTGG TCTTTTGTTGGATACTCTAATGTCAATTACGCTTTAGGAGAGGTAAAGAA CCCTGTAAGGACGTTAAAAATAGCCGGTCCCACGTCAATGGTGTTTTTGG CTATCATCTATATATTTGTAAACATAGCTTACTTCGCAGTGGTACCCAAG GATAAGCTAATAAGTAGTAAACTAATCCTTGCAGCCGATTTCTTCGATAT TGTCTTTGGCGGTCAAGCTAAGCGTGCTGCAGCAGCGTTGGTTGGTTTGA GTGCGTTGGGCAACGTCTTGAGTGTAATCTTTTCACAGGGCCGTATTATA CAACAGCTAGGGAGGGAGGGCGTACTACCCTTTAGCAACTTCTTCGCAAG TTCAAAACCCTTCAACTCTCCAATGGTCGGCCTTTTCCAGCACTTCATTG TCTGCACAGTAACTATACTGGCCCCACCACCCGGCGACGCTTATCTGCTG GTCCAAAATCTAATTAGTTACCCTATGAACATTATCAACTTCGCTATCTC CGCAGGGTTGCTGTGGATCTATTGGCAGAGGAGGCAAGGTAAAATAGAGT GGAACCCACCTATCAAAGCTGGGGTTTTTGTAACCGGCTTTTTCACCCTT TCAAACTTATACTTGATCATAGCGCCCTATGTCCCTCCGAGTAATGGCGA ATCTGTGTACAGTAGTATGCCCTATTGGATACATTGCGTCATAGCCTGGG GCATCTTCTTTTTCGGGGGTGTATATTATGTGGTATGGGCTCAGTTGTTG CCCCGTTGGGGGCATTACAAGCTCGTCTCAAAAGATGTTTTGGGTGAGGA CGGTTTCTGGAGGGTGAAAATCGCAAAAGTATATGATGACACCATCGGTG ACGTGGATACGCAGGAGGATGGTGTAATCGAAACCAATATAATTGAGCAC TATAAGAGTGAACAGGAGAAGTCTCTA

Seq. ID No: 132

>NAT_1ATGGCTCCTATCGAAGAAGAGGAGCCGTTACCTGAGGAGCTAGT CCTGCTTGAGAGGACTCTGGCCGACGGTTCAACGGAGCAGATCATATTCA GCAGTGCTGGCGATGTGAACGTCTACGACCTACAGGCTCTTTGCGATAAA GTTGGGTGGCCGAGGAGACCCTTGACCAAAATAGCAGCTAGTTTGAGGAA CTCCTACTTAGTAGCTACGCTGCATAGCGTTACAATGCCTTCCAAAGCCG AAGGCGAGGAAAGGAAACAGCTAATAGGCATGGCAAGAGCAACTTCCGAT CATGCTTTTAACGCCACTATCTGGGACGTATTGGTTGATCCATCCTATCA GGGCCAAGGTTTAGGTAAAGCTCTGATGGAAAAAGTAATAAGGACGTTGC TGCAAAGGGATATCAGCAACATTACTTTGTTCGCAGATAACAAGGTCGTT GATTTCTATAAAAACTTAGGGTTCGAAGCCGACCCCCAAGGTATTAAAGG TATGTTTTGGTATCCGCGTTTT

Seq. ID No: 133

>NAT_2ATGAGTACACCGAGTGTTCACTGTCTAAAGCCCTCCCCCTTGCA CCTTCCGTCAGGCATTCCTGGTTCTCCAGGTCGTCAGAGAAGACACACTC TGCCCGCGAACGAATTTAGATGCCTTACGCCTGAAGACGCGGCTGGAGTT TTCGAAATCGAACGTGAGGCTTTCATATCCGTGTCTGGTAACTGTCCCCT GAACCTGGACGAAGTCCAACACTTTCTGACTCTGTGTCCCGAATTGTCAC TTGGATGGTTTGTGGAAGGGCGTTTGGTAGCGTTCATCATAGGATCTCTA TGGGATGAAGAGAGACTAACTCAAGAGAGTCTTGCACTTCATAGGCCGCG TGGACATTCCGCCCATCTACATGCGTTGGCCGTACATAGGTCATTCCGTC AGCAGGGGAAGGGCAGTGTTCTTCTGTGGAGGTATCTACATCACGTCGGG GCACAACCAGCCGTGAGGCGTGCTGTGCTGATGTGCGAAGATGCACTGGT CCCGTTTTACCAGAGATTCGGTTTCCACCCGGCTGGTCCTTGCGCTATTG TCGTTGGGAGTTTAACGTTTACTGAGATGCACTGTTCTCTGAGGGGGCAT GCTGCACTACGTCGTAATAGCGACAGG

Seq. ID No: 134

>NAT_3ATGACAAGTGATGTCGGCGCTGACGAACATGCTACAACAGAGGC GGGCGGCGGGCGTTTACAGGCCGGCGGACATTCTTCTGCTGAAGAGGCTT CCGAAAGATGCCCGCCTGCTGCTGCGCCGCCGAGTGGTATGAAAGGAGCG GCTGATTGCGGGCCACAAGATTCATCAGCAAGAGATGACGTGTCTTTTAT TCCCTATAAAGATGAAACTGACATGCCAGGAATCGTGGAGCTTATCGAGA AAGATTTAAGTGAACCTTATAGCATATTTACTTACCGTTATTTCATAAAT AACTGGCCAGAGCTTTGTTTCTTAACTATGCGTGGTGATAGTTGCGTCGG CGCAATCGTGTGCAAATTAGATGTCCATAGGTGTAGGAACACGAATAGAG GCTACATAGCGATGTTGGCAGTTGAAAAGGGATTACGTGGTAAGGGAATA GGAAGCACTCTTGTCCGTCTGTGCCTAGATAAAATGAGGGAAATGGGAGC GGACGAATGTGTACTTGAGACGGAGGTCACTAACAAGGGCGCACTGGGGT TGTACCGTAATATGGGTTTCGTAAAGGAAAAGAGGTTACACAAATATTAC CTGAATGGCAATGATGCCTTTAGATTGAAATTCTTGTTCAAGCTGCCCGA AGGCTTCGATAGAGGAGAGGGTTGTCTAGGTCCTTTATGTGAGGTACCTC CAGTGACGACT

Seq. ID No: 135

>NAT_4ATGGTGTCCATACGTCCTGCCACAGTGGACGACTTACTTGCGAT GCAAGCATGTAATCTATGCTGCCTGCCAGAGAATTATCAAATGAAATATT ACTTCTATCACATGCTGAGTTGGCCCCAGTTGCTTTATGTTGCGGAAGAC TACGGAAAGAAGATTGTAGGCTACGTGTTAGCGAAAATGGAAGAAGACAG TAGCGAGGTCCACGGTCATATCACATCCCTGGCCGTGCTTAGAAGTCATA GGAAACTTGGTTTAGCGTCTAAGCTGATGCGTGCGGCGATGGCTGCGATG GAAGAAACATTCGGAGCAGAACATGTCTCCCTGCACGTGAGAGTTACTAA CCGTGCCGCCTTCACATTGTATTCAGAAACGCTAGGGTTCGAAATTAACG ACGTTGAACATAAATATTATGCCGATAAGGAAGATGCTTATGATATGCGT AAGATGTTTGAAACAGGGCTGAAGAAGCAAGAGGCCGGTAAGCAAAAGAA AAAGGAAAAGGAGAAGGAGAAAGAAAAGGAGAAGGAAAAAGAAAAGGAGA AAGAAAAGGAAAAGGAGAAAGGTAAGGACAGCCAGCCGGTGGAACAGCAG GGTGGTGCTGCCGGTGCTGACAAGGAAGCGCAACGTTCCAAAAGAGCGCG TTCAGGCGACAGGAAAAGGAACGGCCGTCCCCGTAGGAGAAGTGGATCTG GG

Seq. ID No: 136

>NAT_5ATGCTTCCACGTCCGCCGGTGGGCGCGGCCAAGGAGGGGCACCT TACGTTATTTTACCGTGAGTTAAGATGGCTTTGCCCTGGAACTCGTTTTT ATTTCGTAGTAAGGGACCCCGCCGAAAACGTAAGATCAATAGCAGACAGA CTGGCCTTAGGACCAGAAGGCCTTAGGAGACCTCCAAGGATAGTAGCTAG AGCAGACTTAGGATGGCGTGAGGTACTAAACATGTCATACGCAGGAGTGA GGGAAGAATCAGCGTTGGGGACTCTGGTTGGCAGGTGGAACTTAATGGCG AGATTGTACCTAGACGCGCCGAAGGGCGCGATGGCCCTAGTGCGTTATGA AGATTTGGTTGCGGAAGCAACTTGGGAAGCTGAAGTCAGACGTGTAGCGG CAGCCGAAACCTTAGACCTAAGGGAGAGAGTCCTTTGGCCTGGTCGTCCT GACCTTTGTACTTTGCCGGGGGATGAATCAGCTCTGCATTTCGGGGCAGT AGCTGCTGGCAAAGTTCTAGGCGTCATTTCTGTGTTTCTTTCTCCGGAAC CAGGTGGTAGGGCCCAATTCAGGAAATTTGCTGTAGACCCTGAGGTCCAA GGGAGAGGGCTGGGTCGTAGACTACTGGAGCAGGCGGTTGCAGCAGCTAG AGAAGCAGGGGCCGGTAGCTTATTTTGTCACGCAAGAGCAGACCAACAGG GGTTCTACGAGAGGCGTGGATTGCATGTGGTCGGTGAACCATTCGAGAAA TACGGTGGCAAGCCCTACGTCGAGATGGAAGTGCCGTTCCAA

Seq. ID No: 137

>NAT_6ATGAAAGGCTCAAGAATAGAGCTAGGTGACGTCACACCACATAA TATCAAACAGTTAAAAAGGCTAAATCAGGTCATCTTCCCCGTTAGTTACA ACGATAAGTTCTACAAAGATGTGTTGGAAGTAGGGGAGCTGGCGAAACTA GCGTATTTTAACGACATAGCAGTAGGCGCTGTGTGTTGCAGAGTCGATCA TTCCCAAAATCAGAAGAGGCTATACATTATGACTCTAGGCTGCCTTGCGC CATACAGGCGTCTGGGTATAGGAACTAAGATGCTAAACCATGTTTTGAAC ATCTGCGAAAAGGATGGTACTTTCGATAACATATATTTGCATGTCCAAAT AAGCAATGAGTCCGCTATTGACTTTTATCGTAAGTTTGGTTTCGAGATTA TCGAGACGAAGAAGAATTACTATAAACGTATAGAGCCGGCGGACGCGCAT GTCTTACAGAAAAATCTAAAAGTAAGTTCCCCTGCTCCCAATGCCGACGT CCAAAAATCCGAAAAT

Seq. ID No: 138

>NAT_7ATGTCTACTCCGTCCATTCATTGCCTGAAACCTTCACCGTTACA CCTACCATCTGGCATTCCCGGTAGTCCCGGTAGACAAAGGAGACACACGC TACCGGCCAACGAATTTAGATGCTTAACCCCGGAAGATGCGGCTGGAGTG TTTGAGATAGAAAGAGAGGCTTTTATATCCGTATCAGGGAACTGCCCATT GAACCTAGATGAGGTAAGACACTTCTTGACCCTTTGTCCCGAGTTGAGTT TAGGGTGGTTTGTAGAAGGTAGGCTAGTGGCGTTCATTATAGGGTCACTG TGGGATGAGGAAAGACTTACCCAGGAGTCTCTGACATTGCACCGTCCCGG CGGGCGTACAGCGCACCTACATGCCTTGGCGGTCCATCATAGCTTCAGGC AACAGGGCAAGGGCTCTGTCCTACTATGGAGATATTTGCAGCATGCTGGT GGCCAGCCAGCGGTTAGAAGGGCTGTACTGATGTGTGAGGATGCATTGGT GCCGTTCTATCAAAGATTCGGATTCCATCCGGCAGGTCCTTGCGCCGTTG TTGTGGGTAGCCTAACTTTCACTGAAATGCATTGTTCTTTGAGGGGGCAT GCTGCCCTAAGACGTAATTCTGACCGT

Seq. ID No: 139

>NAT_8ATGTCTTCTGGTGGCGTTATCGTAGACTTACATAGGAACTCTAC CAATTGGGCGAAAGTAGTAGACGACATAGTTAAGTTAGAGAGGAAGATTT TCCCCAAACACGAAAGTCTTGCAAGGTCTTTCGATGAAGAATTAGGTAAG AAGAATACAGGACTAATATATATGGAAGTAGACGGTGAGGTTGTTGGTTA TGCTATGTACTCTTGGCCTAGCTCAATGTACGCTTGTGTAACTAAGTTAG CTGTCAAGGAGAACTGTCGTCGTCAGGGTCATGGGGAAGCCCTGCTAAAA GCTGCAATTAAGAAATGTAGGACCAGAAACGTTCATCGTATCAGTTTACA CGTGGACCCTCTAAGAAACCCGGCTATTTCTTTATACAAAAAGTTCGGCT TTCAGGTGGATAATCTTATTGATGGGTACTACAGCTCCGATAGGAATGCC TACCGTATGTATCTGGACTTCGACGCTGAT

Seq. ID No: 140

>NAT_9ATGGATGAACGTGTGGTGGTTGAGTTAAAGAAGTCTTTAGCTGA CTACCCGAAAGTCCTAGAGGAACTTGTGAGAATAGAGAAGAAGGTGTTTC CTAAGCATGAGTCCTTGAGTAGATCCTTCGACGAGGAGCTAGGTAAAAAG AATAGTGGGCTTCTGTATATTTGCTCAAATGGCGAAGTTGCCGGTTATGT GATGTATAGCTGGCCTAGTGCATTGCTGGCGGTAATTACTAAATTGGCTG TAAAAGAAAAGTATCGTCGTCAAGGCTATGGCGAAGCCTTATTGCGTGCA GCGATTCAAAAATGTAAGACTAGGAACATCCAAAGGATCTCATTGCACGT GGACCCTTCTAGGACACCTGCAGCGAACTTATACAAGAAACTTGGCTTCC GTATTGACTCTCTAGTTGAAAAGTATTACGCGGCAGACCGTGACGCCTAT AGAATGTACCTTGACTTCGACGCCGACGTC

Seq. ID No: 141

>NAT_10ATGATGGAGGGTGCCCAAGAGGACGAAGAAACGGAAGAAAAAG CTGAGTTCGATGCCAGCGAGATTGAGTACGTGAGTTACGGAGGGGAGCAC CACCTTCCTCTAATCATGTGTCTAGTTGACCATGAACTGTCAGAACCGTA TAGCATCTTTACCTATAGATACTTCGTTTATTTGTGGCCGCAACTTTGCT TCCTGGCCTTTCACAAAGGAAGGTGCGTAGGAACCGTGGTTTGTAAGATG GGTGACCACAGGCATACCTTCAGGGGCTACATTGCTATGTTAGTTGTAAT CAAACCTTACCGTGGAAGGGGCATAGCTACGGAGTTGGTTACTCGTGCCA TCAAGGTAATGATGGAGTCAGGGTGCGATGAAGTTACATTGGAAGCTGAA GTGACGAACAACGGGGCGCTCGCACTGTATGGCAGATTAGGATTCATAAG GGCCAAGAGGCTTTTCAGGTATTACCTGAATGGTGTCGATGCGTTCAGAC TGAAATTGCTGTTCCCCCGTAGTGAAATGCACCCCAGTTTACACCTTCTA GCGGACCAAGACGGACATGATGACCAGATTGCAATGGAGGGGGAAGCT

Seq. ID No: 142

>NAT_11ATGAAGCAAGTTGGGATTAGCCTAGATGCAGTTAGAGAAAAGA ATCTAATGCAGTTGAAAAAGCTAAATGTGGTACTATTTCCTGTGCGTTAT AACGATAAGTATTACGCCGATGCTTTAGCGTCAGGTGAGTTTACAAAACT GGCGTACTATTCCGATATTTGTGTTGGCGCTATAGCATGTAGGCTTGAGA AGAAAGACCCCGGTGCCGTACGTGTGTACATAATGACACTTGGCGTTTTA GCTCCCTATAGGGGTCTTGGTATAGGAACTGAGCTTCTTAATCACGTACT AGAGCAGTGCTCCAAGCAAAACATTAGTGAAATCTATCTTCACGTCCAGA CAAACAACGATGATGCGATAAACTTTTACAAGAAATTTGGTTTTGAGGTA ACGGAGACGATTCAGAATTATTATACCAATATAACACCTCCCGATTGTTA TGTCGTAAGTAAAAGGCTGGAAGCTCAACCAAAGAAG

Seq. ID No: 143

>NAT_12ATGAATATACGTGTCGCAAAGGTTGAGGACCTTATGGGAATGC AAGCATGTAACTTGCAAAATTTACCCGAAAATTATATGATGAAATTTTGG ATGTATCACAGCATGACCTGGCCACAAATTTCATTTGTCGCCGAAGATCA TAAGGGGCGTATTGTGGGGTACGTACTAGCAAAGATAGAAGATCCGTCTG AAGAGGGTACGACTGAAGAGATTCATGGCCATGTTAATTCAATATCCGTG CTTAGGTCCTACAGGCGTCTAGGCTTAGCGAAGAAACTGATGCTTCTAAG CCAAGAGGCAATGTCTAGTATTTACAAGGCTTCCTACGTCTCTCTTCATG TCCGTAAGTCAAATAAGGCGGCCATTGCCCTGTATAAGGACACCCTTGGC TTTGAAGTGGCTAAGGTGGAGAAGAAATACTACGGGGACGGTGAAGATGC GTTATCAATGAGACTAAGTCTGAAGAACCCT

Seq. ID No: 144

>NAT_13ATGAGTGACTTCCAAGTTGCTCCACTTACTGCAAGGGAACTTG CTAGGGTCAGGGATTTGCACGCAAAACTGCTGCCGGTGCAGTATCCAGTA AGTTTCTTTATCCACCTATTAGTGATACCCAGTAGGGCCTGTTACGTCGC CTATAGTCATGGGAGTCCAGTGGGCTTCATTAGTGCTGCACTACACAATC CTACCAGATGCTTCATATCTGGGGATTCTGAAGTGAGCCCCCGTTTGGAG ATTTTAACCCTTGGGGTGCTACCCGCTTTTCAACACAGAGGTTTGGCCCG TAGACTAATCATGAGTCTTGTAAACGCCTTCAAGCAGGACCCGGCTACCC CTATTTTGATATACGCAAACGTATCAACCACAAACACTCGTGCGTTACAA TTCTATGAAAGAATGGGCATCTTGGTTTCTTCCGACATAATAACTAATTT GTACAGAACTTTATCTTACGGGTCTCGTGATGCTTACCTAGTGGTAGGAG CCCTT

Seq. ID No: 145

>NAT_14ATGTTGTCTATACATCCTCTGAAACCAGAGGCGCTGCACCTTC CTCTGGGCACATCAGAGTTCCTTGGGTGTCAACGTCGTCACACATTACCC GCGAGCGAGTTTCGTTGTCTAACGCCGGAAGATGCCACTTCAGCATTCGA AATAGAGAGAGAAGCATTCATAAGCGTCAGCGGCACATGCCCGCTGCACT TAGATGAAATTCGTCATTTCTTGACCTTATGTCCCGAACTTAGTCTTGGA TGGTTCGAAGAAGGATGTCTGGTGGCTTTCATTATCGGATCTCTATGGGA CAAGGAAAGACTAACACAGGAATCTCTAACTCTTCACAGGCCCGGTGGGA GAACTGCACATCTTCACGTGTTAGCTGTACACAGAACTTTTAGACAGCAA GGAAAGGGCTCAGTGTTACTTTGGAGATACTTACATCATCTAGGGTCTCA ACCTGCGGTTCGTAGAGCGGTCTTGATGTGCGAGAATGCGCTAGTGCCAT TCTATGAGAAGTTTGGTTTCCAGGCAATGGGACCCTGTGCTATCACTATG GGTAGTTTAACCTTTACAGAGTTACAATGCTCACTTCGTTGTCATACATT TCTAAGGAGAAACAGTGGATGT

Seq. ID No: 146

>NAT_15ATGGCTGATGCCCCTTCCGGCCCCTCTGTCCTTTCTCACTATC CTGGGGCCGGTTTAGCCTTGCCACCCGGTGACGAGCAAGAAGATGGTGAA GAAGAGGAAGAGGGGCGTTACGAACCAAGACGTGGCCACCATCACCATCG TCGTCACCACCAACAACAACAGTTGAATGGGCTAATATCACCTGATCTGA GGCACATTAAAGCCCTTAAAAGTAAATTACCACCTCCTCCGCACGATGAA AGGACCGGCGCACCGAATGGACTAGAGAGACTGCAAGACCTTGAGGAAGA GGAAGCCGTCTTGGCTTCTAGGATGGGTGCCTGTTCCCTTCACCCTGGTG ATGGCAGCATAAGGTACGTACGTTACGAGTCAGAATTACAGATGCCAGAC ATAATGCGTTTGATTACAAAAGATTTGAGTGAACCTTATAGCATCTACAC TTATAGATATTTCATACACAACTGGCCCCAACTGTGTTTTCTAGCTATGG TAGAAGAGGAATGTGTGGGAGCCATAGTATGCAAATTAGACATGCACAAG AAAATGTTTAGACGTGGTTATATCGCAATGTTGGCCGTAGACTCAAAATA TAGAAGGAAGGGTATTGGAACGAACCTAGTGAAGAAGGCAATTTATGCTA TGGTGGAAGGCGACTGCGATGAGGTCGTGTTAGAAACGGAGATAACAAAT AAGTCAGCCTTAAAGCTGTACGAGAACCTAGGATTTGTCAGAGACAAAAG GTTGTTTAGATACTACCTAAACGGTGTGGATGCGCTTAGGCTTAAACTAT GGTTACGT

Seq. ID No: 147

>NAT_16ATGGATGCCGCAATGCCAACAGAAATTTCTTTTCGTCAGCCAA CTCCTGACGACGCGGCCAGATGTTTCGAAATTGAAACTAGCGCATACGAG GGTGATGAGGCTGCTACGCTTGAGAAGATCGCAACAAGGATCGCTTTATA TCCGGAGGGCTTCGTCATCCTGGAGGCGGACGGAAAAATCGCAGGGTTCA TAAATTCCGGTTGTGCGTTCGAGGTGGTGATGAGTGATGAAGAATTTAAG GAGTTGGTCGGTCACGACCCTGCTGCACCTAATGCTGTCATCATGTCCGT AGTGGTAGATCCTGCAGAGCAAGGCAAGGGCTATTCTAAGCTACTAATGC AACATTTTATAGCCAGGATGAAAGCTATGGACAAAAAGACAATCCATTTA ATGTGTAAAGAGGCCCACGTCCCGCTATACGCTAGAATGGGCTACCGTTA CACACGTCCATCTGCTTCCGATCATGGAGGCATGGCTTGGCACGAGATGG TGATGGAATTG

Seq. ID No: 148

>NAT_1ATGGAAGGCTTACACAGCGAATGGGAAGTAGGCGCAGAGTTAAA GGCTCTGGGTGCAGTTCCGAAACCTTTCATCGGAAGTCATGTATCAGGTA AACTGATTCAGCGTTTAAAGCAAGACCTAAGGCAGAGCTGGGATCGTGGG CAATCCCAGGCCAGACCGACTTGCACCTTGCCTCAACCTTTGCCTGCGCC TCTAGGCAGTTCCGTGCCGAGCGCGTCCGCCCAAACGCAAGTCAGTAGGC TTGTTCCAGTAGCCCCGCCACAACCAGATCCTGCCATGAGTGTCTTAAAC GCAGTACCCTTTATGAGACCCATCCACCTTAGAAGCCCGAGACAGCAGCG TAGGCACACATTGCCGGCCTCCGAGTTTCGTTGCTTATCTCCGGAAGATG CTGTTAGCGTGTTTGAAATTGAACGTGAGGCTTTCATTTCAGTGAGTGGG GATTGTCCTCTGCACCTAAACGAAGTAAGACACTTTCTAACCCTGTGCCC GGAGTTAAGCCTTGGATGGTTCGAGGAAGGGAGGCTAGTCGCTTTCATCA TTGGTAGTCTGTGGAACCAAGACCGTCTTTCTCAAGATGCATTAACTTTG CATAAGGCCGAGGGTAGTAGTGTCCATATACACGTTCTTGCAGTTCACAG AACATTTAGACAGCAGGGTAAGGGGAGCATCTTACTATGGCGTTACCTAC AGTACCTAAGATGTTTGCCTTTTGCCAGAAGAGCGGTACTGATGTGTGAG GACTTTCTGGTTCCATTCTACAGCAAGTGTGGGTTCAAGGCAGTAGGTCC GTGTGATATAACCGTTGGTCCATTGACATTCATTGAGATGCAGTGTCCAG TACAGGGCCACGCATTTATGCGTAGGAATAGCGGATGC

Seq. ID No: 149

>PSIK_1ATGCAGGCTAACAGACCTATATCCGACCAAGATCAAGACCAGT TTAAATTGAATCTTACCACTGCAGATGGAACTAGGTCTTATCTGGAGAAG CATTTGAGCCTGAACGTGGAGGCGGTTGAACGTTTATCCGGTGGGTTCAT AAACTTTGTTTGGAGGGCTAAGTTAGGAACCCCCTACGAAGGTCAGAACT CAATTGTTGTAAAGCATGCACCCCCTTTCACAGCAATGGACTCATCTCTT AATGTCGCGGTAGAGAGGTTGAAATTCGAGTATGACTCTCTTAAAATGAT AGGTAGCGAGCCAAGTATTGCCGGCGAGGATGCCCTTATATCAGTCCCCT CTGTGTACCACCATGATAACATTAAGCATGTGTTGATCATGCAGGATGTT GGAACCATGTCAACCCTGAGAGATTTCATGGGAGCATCCCCTCCTCCGCC AACTGACATGGCTGCACTGATTGGGTGCCAACTAGCCACGTTCATTGCAG GACTGCACAACTGGGGCAGAAACAACGAATCTGCTCGTGCTGGTCTATCA GCAAATGCTTATGGGAGAACGGTCATGGACCTATGTGGATACCAGACAGT GGTGCCTAACGCTACGGCAAGTGGGATTCTGGACCCGCTGTTATCAACTG CAATGGCAGCTTTAGCCGAGCGTGATAAGACCTCCGAAGAAACAGCCATC ATGGGAGACTTCTGGGCCCTTAATGTACTTGTTGATATTGACATGTCAGC ATCAGGAGAAAAAGCCCTTAAAAACATATGGATCGTCGATTGGGAAGCAT GTAGATATGGCTCACCAGCGGTGGACGTAGCGACCTTCGCAGGAGACTGT TATTTAATTTCACGTATTCACAATGAAACCGCAACCGACGCGATGCGTCG TAACTTTCTTGGCACGTATGTCGCATTAGCTAAGGTGGACCCTATGGAAG TTGTGATCGGAATGGGCACGATGTGGATTATGTGGACTAAGTACCAAGAG GATATAGGGGAAGCCGAAAAGAGGGAGAGGGTCGCAAAAGGCGTCGAATA CATCCACAAAGGATGGGAACGTTCCAGAGAGTGGCTGCCTGTCTCATTAG CGCAGGAGTTGATCGCA

Seq. ID No: 150

>PSIK2ATGGACCTGACCACCGGAGACGGCGTTCGTGTATACTTGACGGC TCACATGACGCTAAAGGTTGAGAGCACAGAAAGATTGTCCGGTGGTTACT GTAACTTCGTATGGAGGGCTAAGTTAAAGACACCTTATGAGGGACAAAAT AGTGTAATCGTGAAATACGCGGCCCCCTTCACTTCCTGGGATCAGACTAT TGAATTGGGCGTTGAAAGACTAGCATTTGAGTGCATGTCACTAAAAATGA TTACGTCCGAAACTCCACTGCTTGAGGAAAATGGGTTAGTTGCAGTACCT ACAGTATATCACTACGATTCCACAGCCAATGTGTTGGTCATGCAAGATAT TGGTTCCATTGCGACTTTGCATGGGTTTTTGCGTTCCAATACTCCCCCAA CGGTGCCGATGGCCGCACTAATCGGGGCAAAGTTGGCCGCATTCATTGCG GGGGTGCACAATTGGGGAAGGAACAACCTACCAGCCCACACCAGATTAAG CGCCAATACTGTCGGCCGTACTGCAATGAAGAAATTGTGTTACGAAACGA TCGTTCCAAAGGCGGCAAAGTCCGGGGTGGTCGATCCCCTGCTTCCGATG GTAGTGGCCGCTCTATCTGAAGAGGCGATGACGAATGACGAAACCTTGGT AATGGGAGACTTTTGGACTGCGAACGTACTTATTGACGTTCAAGAGTCAC ATACCGGGGAGCAGGTCCTGAAGAAACTGTGGGTGATTGACTGGGAATCA TGCCGTTATGGTAACCCCGCGACCGACATCGCGAGCTTCGCGGGAGACTC TTACCTTGTGTCCCGTTTCCAGGACCACGGTTTAGGTGAAGCCTTGAGAC ACAGTTTTCTTGAAACCTATGCGGCGTTAGCAAAAGTCGATCCACTACGT GTTGCTTTGGGTCTGGGCGCGCACTGGATAATGTGGACCGATGATCTAGG GCAAGGTGGAGAAGCGGAAACCCGTGAATGCGTCGATAAAGGCTTAGAGT ATATTCAACGTGCGTGGGATCAAAGCGCCGAGTGGGTCTCATTGTCTTTG GCAAAAGAGTTGGTAGTCTTG

Seq. ID No: 151

>PSIK3ATGGCAAACGAGAACCCTGACTTACTTACAGTCGCGGGCGTTCT AAGGTTTCTAGCTCCAACTCCTTTCGCTAGTGATGAAGTTCATCCTCTTT CCGGGGGCAATTGTAACTTTGTGTATAGGATTCACTTGAGGACACCGTAC AATAATATATCTACTCTGGTCTTAAAGCACGCGGAGCCTTACGTCGCTGC GTCCGCTCACAGGATGCCCCTTGCCGTGGAGCGTCAGAACACGGAAGTCA CTGCCATGAACGCAGTCAAGGCAATTCTATCATCCGATGCGGTAGTTATA GTTCCTACAATCCATCATTTCGACGATGTCGCACATGTAGTTATCATGGA TGATTGTGGAGTCGGAGCCGTCACCCTAAAGCAATTGATGTTGAAAAACC CACCTCCTGTTTCCGTGGCAAAAGCGTTGGGGGCAGGTCTAGGAGAGTTT TTAAGTCGTCTACATGTGTGGGGGAGGGACCCGCAGACGTCTAATCATGT CAGTTTCGATCAAAACCAACAGGGAAGGACAATAAGCGGCTATGTTACAT ATGGTAGGTTAGTCAGCACCCTTACTGGTAAAGATAATATCCCGGCGTTA TCCGACCCTCCGCTAGACATAGCGCAAAGTAAATTGGATACGATCAGTGC ACTGTCTAGTGAGAAAATCCATGCCATAAACACTTCACATCAGACCCTGA CTATGGGTGACTTCTGGCCTGGTAATATTATGGTTAGGCTGAATCCTGCG GGTGATAGTTTGGAAAGGGCTTATGTGTTGGATTGGGAGGTTGCTAAGCC TGGCGTGGCCGGTTTAGATATCGGCCAGTTCTGCGCTGAAATGCACAGTC TAAGAAGGTTCAGTCCTGCCTGTGATGCTTCAGCTACCACCGTTCTGGAT GCTTTTCTGAAGACCTACAGGGACGCAGCCGGAGTCGATGTAGGGGTAGC CAAAGATGCGATGGTCCATGTCGGAGCGCATTTAGTAGCGTGGACGCCGA GAGTGCCGTGGGGGAGTAAAGAAAGAACTCGTGAAGTGGTTGAAGAAGGC GTTGGATATTTAGTTGAGGGATACGCAGCGACACAAGAATGGCTACGTGG CTCTCTTGTGGGTAGGCTAGTA

Seq. ID No: 152

>PSIK_4ATGGAAATCGAATGGTGTGACCTAGACCTAACTTCAGAAAGTA GACCTCCTACCCATAAATATACTTATTTCGCCACTGCCCTTATGCCCTTT GATTTAACTACGAGGGATGGCGTCCGTATGTACTTGACCGCATACCTTGC TTTAGACGTGATGTCTGTAGAAAGGTTGTCTGGCGGGTATTGCAATTTCT CCTGGCGTGCGAAGTTGGAAAGCCCTTACGAAGGCCAAATCTCAATCGTC GTAAAACACGCGGCGCCATTCACCTCTTGGGATAGAAACACAGAACTTGG TGTTGAACGTCTTGCTTTCGAATACAAGGCATTAAAGATATTAAACAGTG AACCGTCAGTCATCGCCAAGAACTCACTGGTCGCTGTACCGGCTGTTTAC CACTACGACCCGACCGCCAACGCATTGATCATGCAAGACGTAGGTTCAAT ACCAACCTTGCATGCATTACTAAGGAATAATGCATTACCACCAGTCCCAA TGGCGGAGAAGATCAGTAATGAATTGGCGGCGTTTATTGCAGGCATTCAT AATTGGGGAAGAAACAACCAAGAAGCAAGAGCTAATTTGAGTCAGAATTT GGTTGGCAGGACAGCGATAAGGAAGTTGTGTTACGAAACATTGGTGCCAA AAGCGGAGAAGTCTGGTGTTGATGACCCTCTATTGCAACAAGTTGCTGCG GCGTTATCCGAGGAGGTCATGAACTCCGAGGAAACGCTGGTGATGGGTGA TTTCTGGACTGCAAATGTGATGGTTGACATACAAGAAACCGGGGCAGGAG TAAGGAGCCTAAGAAAGATATGGGTTATAGACTGGGAGGGCTGTAGGTAC GGCTCACCTGCGGCAGACATAGCTAGTTTCGCTGGGGACTCTTACCTTGT CGCAAGGTTTCACCATCACGATCTTGGAGAGACTTTAAGGCATAGCTTCC TAGAGACCTATGCAGGTCTAGCAAAAGTAGATCCTTTCAGGGTCGCGTTA GGTTCTGGTGCACACTGGATAATGTGGACTGATGATCTTTCTGAACAAGA AGAAGGTGAAATCCGTGAATGCGTAGACAAAGGGGTGGAATACATTCATC GTGCATGGGAGCAATCCACTAAATGGATTAGCTTGTCACTAGCCAAGGAA TTAGTCACA

Seq. ID No: 153

>PSIM_1ATGCATTTCAGCTACGATTTTACTATGTGTAACCCGCCGTTTT ATGGTGACTACGCTGAGCTAACGAGGCTAAGAGAATCCAAGTTGAAGGGA CCGTTCGGGGGCGCTCATGAGGGAGTAAGTACTGAACTATTTACTGCTGG AGGCGAAATACATGAGTTCATAGCAAGTGAACTGAACCAGGGCAAAACGC TGCGTTGGGTGGTAGGATGGACGTTCCATAAGGATTTATTCGATAAAAAG GTTATCGAGCCATTACATATTTTAATAAAATTGAAGCCCCTGAGCTGTAA CACCTTGGAGCTACTAGATTCCGACCACGAACTTGCTACGCCCTACAGCA AGAAGCGTTGTCTTAGGCGTATCTCCTTTACGCCCAAGGGGAGGCCACCT ACGAAACAAACTATAAGTGTAATGCACCCCAATGAGGCTTCGTGGGCATC TCTGCTAAATCACCTTCAAGCATTGGACATTTCCGTGACCGTAGGCAACC ACTTTCTAACAGCGGAAGTGAAAGACCCAACGTGGACAAGAGCGTGGAGA CGTAGCTCTAAGGTAACTTCTAAGATCACCCCTTTTAGTTTCTCTGGACA GTTTTCCGATCCACCAGAGAGGTTGTTAGTATTACAGCTTCTTGTCGATG AGAGTCAGACCAGCGAAGACATTCTACTGTCATTCCAGAGCTTG

Seq. ID No: 154

>PSIM_2ATGCACCCTCGTAATCCTTACAGAACCCCTCCGGATTACGCAG CTTTGGCGAGGAGCTTCCCGGAACTGAAGCCTTACGTAAGTAGGAACGCC AACGGCACAGTTTCCGTCGATTATCAAGATGAAGCCGCCCTAAGGTGCCT AACCAGAGCCCTACTGTATAGAGATTTTGGACTATCCGTGGATCTTCCCA AGGATAGGTTGTGTCCCACCGTTCCAAACAGGCTAAACTATATTCTTTGG ATTGAGGATATTTTGAACGTCTCATCTTTAAGCAGACTACAAAGCAACTC TGAGGCAACTGTGAGAGGTCTTGACATAGGAACCGGCGCCAGCGCGATCT ACCCGTTGCTAGGCTGCAGGGTTAGTCCAAGATGGGATTTCTATGCCACG GACATAGATGCCCAGAGCCTTGCCCATGCCAGGGCCAACATAACCCGTAA TGGGCTACAGGGAAGGATTAACCTGGTTGCTGCGGACCCCAAGGGTTCTA TATTTGGACCATTGGAGAGCAAACACGATACGACTTTTGAGTTCACCATG TGCAATCCCCCATTCTATTCATCAGAGGAGGACATCGCCCAGAGCGCAGC CGTTAAGAAACTTGCTTCTAACGCCGTCTGTACAGGGGCAGCAGTCGAAA TGATCACTCCTGGAGGTGAGGCTGCGTTTGTGGTTAGGATGGTAAGAGAG AGCCTTGCTCTAAAAATGAGGTGTCAATGGTACACGTCCATGCTAGGAAA AATGAGTAGTCTGACAGAAATAGTGGGGCTGTTAAGGGAAAATAGTATTG ATAACTACGCTATCACGGAATTTGTCCAAGGGAAAACAAGGCGTTGGGCG ATTGCATGGTCATTCGGCCACGTAAGGCTACTTGATAGTCTGGCGAGACT TTCAGGTGGGCCACTTCAGTCATTAATGCCAACTAGGAACACATGTCGTA GGTCTTTCGCCGTTCCTCGTATGGTCTTACATAAGCATCTAATTTTGGTG CTTGACGGCATAGAGGGAACATCCCAGACTCCCATGTCAATCCCAGTAGG CGCTGGGGACGCCGACGGGTTGTACGGGCTACAGATCTCAGCTAGTAGAG ACACTTGGTCCAGAGCGGCGAGGAGAAAAAGGCAACACGGTGCAATGGAT ATATCATTAGATAATGATGAAGTAGGGATGAAGTGCCTGATAAAGGTGTT ATCCGTAGAGGAAGCAAGAGAAGGAGCAGAGGCCGTAGTGCTAGAGTGTA CCTGGGTGTATGGGCATGAAAGGGCGTTATTTGAGAGTTTTTGGGGCCAC GTATGCCGTAAGATTGGGGAAGCAAACGGG

Seq. ID No: 155

>PSIM_3ATGCACGCGAGAAGCATATTCAACCCTAATTCAGCTCAGTTTC AGGCACGTCTGACATTTTCTGAGTTGTCTAACGAGTTTCCCAAGTTGAAA CCATTCTTGAAGTATAAGAGGTCCAGGAAGCAGAATGAAGCGGACCCTTT ATCATCCCAGTGTACGTTTATTGATTTCAAAGATCCAGTCGCTACGCGTG CCTATAATGAGGTGTTACTAAAGAAGTACTTTGACCTTAGCTTGGAATTT CTGCCTGGCTCATTATGTCCGGCGGTTCCCAATAGATTAAATTACACCTT GTGGCTAGAGGACGTCTTGAACGTCTTCCCAGGGAGTATGGGGGCAAATA ACCAACGTGATGAGCTAAGAGGACTGGACATAGGAACTGGTTCATCATGC ATATATCCCCTACTTATATGTAGGACGCACCCGAACTGGAGGATGGCGGG GTCAGACATCAATCCCTCTTCAATAGAGATCGCCAAGAAGAACGTGCAGG AGAATAGGCTGCTGGATCGTATACAGCTTTTCTTAACAACCGATAAGAGG GATAGCGTCCTAGAGGGGCAAATATTTCAGACCCACTTGTTCTTCAATTC AAAGAAATGCCTGCAAGATGAAAAACCTGCCAGATTCTGCTATGACTTCA CGATGTGCAATCCACCATTTTATTCCGACGTTGAAGACCTTAATAACAGT AGACAAGCGAAAACCACGACCATATTAGGTGGTGGACATGAAGGGGTGTC GTCAGAATTGTTCACTACAGGTGGAGAATTACTGTTCTTATCGCAGATGG TGGAGGAAAGTTTCTTGTATAAAGACAAGGTGGGGCTTGTTAGTTCATAT TTCTTTGTGCTTAAATGCATAGTGGAGATTCTTCGTCTTCTGGGACAGCA TAAGATACAGGAAACTATTGCGTCTAAGCTAATACAAGGCAAAACCATAA GATGGGTAATAGGATGGACGTTCCACAAAGACCTTTTTGATCTGAAGCAT CCCTCCTGTAACACTCTGAAGGTGCAGGATATACATTGCACGAACGAAGA AGCCCCTGCGTCTAAGAAAATATGTCTAGGGAAAATTCCCCTTAACTCTA AGGAACACATTCCGTCTAAGCAGCTTATATCTTCATCCCAGTCAAGCGAC ATTGGCTGGACCAGACTGAAAAGCAGACTTGGGGACCTTAGAATCGAGTT CTCTCTTGAAAAGTTATCCCTGATTGGAAAAGTTGTCTACCCTACCTGGA CGAGGGCTTGGAGGAGGAATGGAAAAGCCAAAAGTAAACCAACCCCTTTT TCCTTCTCCGCGCAGCAGTCAGATGCAAGTGAGACAACAATACAATTGGA ACTGTTAGCGTCCGAGATAGAGGAGCCCGACGAAAATACTCTAGTCAGCT TTCAAAGTTTGTGTAATCACCTGCGTAGCTACTTGAAAGAC

Seq. ID No: 156

>PSIM_4ATGAGCGATATAGATGCTCAAAGTCTTGTTTACGCCCGTGCGA ACGTGGCTCGTAATGCACTGGAAGGCAGGATTGCTGTCGTGACAGCCGAA CCTGAAGGCTCCATCTTTGGGCCGATTGAAGCGGAGAAGGAGATACAGTT CGACTTTACTATGTGCAATCCTCCCTTTTACGCTTCTGCGGAAGATATCG CTCAGTCAGCAGCAACGAAGGAATTGGGTCCAAATGCCGTTTGCACCGGT GCGGCGGTTGAAATGATAACGTCTGGGGGCGAAGGGGCGTTTGTTGCCAG AATGATTGATAACTATGCTATAACTGAGTTCGTCCAAGGGCAAACTAGGC GTTGGGCAATAGCATGGAGCTTTGGTCACGATAGGTTACCAGATAGCCTA GCCAGGCTATCATCCGGCCCCCTACAATCATTGATGCCCACGAGAAATAC ATGCCGTCGTTCTTTCACCTTTGCGAGGATGAACTTGCTTAGTAGGCTAG AGCAAGTGCTAAATAATATAGAGGGGTTGTCCCACAGCAATATGTCTCCT AGCGAAGATAGAGGAAGCGGGGGAAGGCCATCTAGCTTACTTGTATCCGT TGCGAGGGATACCTGGTCCAGGGCGGCTAGGAGAAAGAAGCAGCGTGGCA GCATGGATACATCACTAGATAACGATACATCAGGACTTATCTGTAGCGTC AAGGTATTATTCGACGAGGAGGGCAGAGAAGGAAGCGAAATAGCATCATT AGAATGTACTTGGATTCATGGGAGGGAACGTGCTTTATTTGAATCATTTT GGGGACATATCTGTAGAAAAGTAGGGGAAGTTTCTGGT

Seq. ID No: 157

>PSIM_5GAGGGACTATCCCCCTTCCTGCTTATGCACCCAAGAAATCAAT ACTGTAAAAAGAAGCCGGATTTCGCAGATCTAGCTAAAAGCCACCCTCCG TTAAGAGAACATTTAAAGTGGAAAACTGAGGACTACGCGACTATTGATTT CAAATCTCCATCCGCACAGAAGGAGTTGACACGTGCATTACTGAAACAAG ACTTCCATCTGGACGTTGATATGCCTGTTGACAAATTGGTCCCAACAGTT CCCCAGAAATTAAATTACATTCACTGGATTGAAGACCTGCTGAGCGGCGG CCGTTCAGATTCTATCCCGCGTGGAGAAGGGATCAGGGGCATAGATATAG GAACCGGGCCGGCGTGCATCTACCCGCTACTGGCGACTTCACTTAATAAA TGGACCTTCGTCGCGACTGATATCGACGCTGTTTCACTAGAGTACGCTGT TAAGAATGTGAGCCGTAATGATATGGAAGGTCGTATCAGGGTGAAAGGGG TGGACCCAGATACGTTACTTGTCGGTGTGGTCCGTGACGAACAGTTTGAC TTCTGCATGTGTAACCCGCCATTTTATGGGATCGATGAAGACCATCACGA CAACCAGAGGCCCCCACCTCCCTATAGCAGCTGCAGTGCCCAGGCACACG AAGTCCGTGTGCAGGGAGGTGAGGTTGGCTTTGTAAGTAGAATGGTTGAG GAAAGCCTGCTGTTGCCCTCCCGTGTGCGTTGGTTTACCTCTATGGTGGG CAAGAAAGGATCTCTTAAAAGTCTAAGGGCACTGCTGAGGAAGAGGGAGG TGCCCACGGTAACCACGACGGAGTTCGTGCAGGGTGTAACAAAAAGGTGG GCTGTTGCATGGAGTTTTACCGAACAAGTACCATGCATCCCTAGCCACTC ACTTCCGTGTACGGTGCCATTACTGGGTTCTACCAGTAGCGCAGAAGGAC GTGCATACGCTGAACAATGGTTAGAAAGGGTCCTTAACCATATGGAGGTA ACATTCACAAAGAAGGATCAGGATGGGTACACTTGCACCGCAGAACGTGC TACTTGGGCTAATCAGAGGAGGAAGAGGAGGCTTATGCAGCGTCCGATGA TGTCCCCCGAGGCTGCAGCAAAGAGATCCTGCGGAGGAAGCGATAATACG AGTGAAGGAGTCCCTAGGAATGACTCAGACACCTTAGTCAGCGCCGGACA CCTAAGTCCGAAGGCTGACAGCCTAGAAAGGAACGCTAGTTCCGATCTTG CGGCTCAGCTAAGTGCCTTGACACCACCGTACCACGTAACCTTCTGGTGC GGAGTCCAACCAAGCGTACCTCCCAGCACTAACAAAGCGGAGTTAGAACT AAAGATGGTACTGATTGACGGCGGAAGCGGTACTCAGCCGCTACAGCCCA TTGCTCAATACATGAAGAATAACTGGAGTGCCACAGATTCAAGACCAACA TCTGATCGTAGTAGCCAA

Seq. ID No: 158

>PSIM_6TGCATCTACCCACTGCTAGGGGCCACGATGAACGGATGGTATT TCTTGGCGACTGAAGTGGACGACATTTGCTTCGATTATGCCACAAAGAAC GTGGAACAAAACAACTTATCTGACTTAATTAAAGTAGTTAAAGTCCCCCA GAAAACTTTGCTTATGGACGCATTGAAGGAGGAAACCGAAATAGTCTATG ACTTCTGTATGTGCAACCCGCCCTTTTTCGCGAATCAGTTGGAAGCCAAG GGGGTCAATTCCCGTAATTCCCGTAGGCCTCCTCCGTCTTCAGTAAACAC AGGTGGAGTCACTGAGATAATGGCAGAAGGGGGTGAATTGGAATTTGTAA AAAGAATTATTCACGACAGTCTACAGTTAAAGAAGCGTTTAAGGTGGTAT AGTTGCATGTTAGGAAAGAAGTGTTCTCTTGCACCTCTGAAAGAGGAGTT AAGAAAACAGGGGGTCCCTAAGGTAACCCATACTGAGTTCTGCCAAGGGC GTACCATGAGGTGGGCCCTTGCATGGAGCTTTTATGATGACGTTATAGTG CCCTCACCACCTAATAAAAAGAGGAAACTGGAAAGGGCAAGGAAGCCGCT ATCTTTCACTTTACCGGAAGCCGGACTGAAGGAATTACAGAGTAAAGCAC TTGCTCTTGGAGGCACTGCATGTAGCCCGGTGGACCGTGTAGCAGCACTT TTGGAGAAAACTCTTACCGACCTTAGAGTCCTACATAAACGTGTTCCGTG TAGGAAGCAAGAACAAAGCCTATTTCTAACTGCCGTTGAGAATACATGGA TACATGGTCGTCAGAAAAGGCGTGAACAAAGTCGTCAGCTTAGAGAGCTG CCCCGTGCGCCACCTTGCGCGGGTACATCCTCCCAAACTACAGTTGCTAC GGCCGACTCTGTGAAAACCCCAGCATCACAGACTCAATCCGCATCTACTC AAAATTCCAACTCCCAAGACGATAGCAGTCAGAACAAGCGTGCGAGTGCG CAGGAATTAGCCGGTCAACAACCCACGGATAAGGCCGGCAGTAGCGCATC TTCTGATGAAATATCAATTAAAGTGCTGCATAACTCTACGGGAGAGCAAA AGGAGGTCACGGAAAATCTTTCAAGCGAGGCAGTAGACATGGAGTTCAGT ACAAGCACAGAAGCAGTCCAGGAGACGGGTTCTAAAGAGGCTCCCTCTGC TGAAAGCGAGCCTCCCAGCAAGAGACCCCTTTCTCCCGGTACGGTCGAAC AATTTCTATTTAAATGTTTACTAAACGTAATGCTTGAGGAAAGTGACGTC ATGATCGAAATGCATTGGGTGGAGGGTCAGAACAAGGATCTTATGAACCA ATTATGCACTTACCTGAAAAACACTCTACTGAAGTCTGTCGCTAAATCC

Seq. ID No: 159

>PSIM_7ATGGGCTCAAAGAAGAGGCGTCGTAGACGTGAAGAGCGTCCGA CAATTCATCCGAAGAATAAGTATAGTGAAAACCCGCCCGACTTTGCGCTA CTAGCCTCCTTGTACCCCAGCTTCGAACCTTTTGTTTTCTATTCTCGCGA CGGCCGTCCCCGTATAGATTGGACTGACTTCAATGCGACGCGTGAGTTAA CAAGAGTTTTGCTGCTGCACGATCACGGCCTTAATTGGTGGATACCTGAC GGTCAATTATGTCCCACGGTCCCGAACCGTAGTAACTACATACATTGGAT CGAGGACCTTCTGAGTAGTAATATAATCCCGACCACTTCGAGAAATGGTG ATAAGGTAAAAGGTTTCGATATCGGTACGGGTGCGAATTGTATTTATCCG TTGTTGGGAGCTTCTCTACTTGGTTGGAGCTTCGTAGGGAGCGACATGAC CGACGTGGCGTTAGAGTGGGCAGAGAAGAACGTAAAAAGCAACCCGCATA TATCTGAACTGATCGAGATTCGTAAAGTTGACAATTCTGAATCTACCCCT AGTATTCAAGAATCCTTAACTGGGAAATCAGTGCAAGACGAGTCTAATAT GGACATGTCCGGCCACATGGACGAGGAGGCCGAACCAAGTTCAAGTTCTT CTTTTAACCTTCCAGCGGGCGCTCAAAGTTCCTATCACGGACCTCCGGTT CTGGTGGGTGTTGTAAGAGATGGCGAACAGTTCGACTTCTGTATTTGTAA TCCGCCCTTCTTTGAAAGTATGGAAGAGGCTGGACTAAACCCCAAAACAT CTTGCGGAGGAACTCCTGAAGAAATGGTATGTAGCGGTGGCGAAAGGGCT TTCATAACCAGAATAATAGAAGACAGTGTTGCTCTGAAACAAACGTTCAG GTGGTACACCAGTATGGTCGGCAGAAAAAGTAATTTAAAATTTCTTATCT CAAAATTGAGGAAGGTCGGTGTCACAATAGTCAAAACAACGGAATTTGTC CAGGGTCAGACGTGTCGTTGGGGTTTGGCATGGAGTTTCGTCCCGCCTGC TCGTAAAATCATCAGTCCGCATGTTGCAGAGAAAAAGAATCTATCCTTTA TGCTTGAATGTACGTTGATTAACAGGAGCTTATATCAGATGATCAATGTG ACTCAAAGC

Seq. ID No: 160

>PSIM_8ATGCATCCTCGTAACCCTTATAGGCAATTGCTTGACTTCGCCA GTTTGGCAGAGGCATACGAGCCACTAAAGCCCCACTTGAAACCTACCAGA TCTCCCACCGCAGGCGGTTTATCATACACCATAGATTTTAAGAACTCCGA GTCTCAGAGGCAACTGACAAAGGCAATCCTGTATAGGGATTTCGGGCTGC GTATTGCGCTGCCAGATCACCGTCTATGTCCGCCTGTGCCAAACTCTCGT TTAAATTACATTTTGTGGTTACAAGACATCATTAAAGCGCACGACGAGTA TATGGATAGGCCCGCCTCTTGCATATGCGGATTAGATATAGGCACTGGAG CAAGCGCCATCTACCTTTTGCTTGGGTGTAGAGTAGAGCCCAGTTTTAGG TTCATAGGCACAGAACTAGACGATATATCATTCAGCTACGCCACTCAAAA CGTCGAGTCTAACGGCCTGTCTGACAGGATACACCTGATAAAAACGACAA GCAACGATCCCATCCTGCTACCGTTCGATCTAAATCCGGCATGGTCTTGC GATTTTACGATGTGCAATCCCCCTTTCTACGAGAGCGAAGAGGAAATGGC CCGTAGTGCGCAGGCGAAAGAATTAGCTCCAAATGCGGTTTGTACGGGGG CTCAAGTGGAGATGGTTACCCCCGGTGGAGAACTAGCGTTTGTATCACAA ATTGTCAAGGAATCTTTAAAGTACACCACCCGTTGTAGGTGGTATACTTC AATGTTAGGTAAATTGAGCAGCTTAACAAAGTTAGTAGGACTGCTTAGAG AGTACGCGATCTCCAATTATGCTATTACGGAGTTCGTCCAGGGGCAGACA AGGAGATGGGCTGTGGCTTGGAGCTTCGGCGAGACACACTTGCCGGATTC TGTGGCCAGGATTAGTAACCCTACGCTGCAACCCTTGCTGCCGGAGAGGA ATACGAGTAGGCACGTGATCAATATCAGTCTTCCTCCGTTTAGCACAAGG ACAGTGAAATCAAAACAGTCTATCAAGGCGCTTTCTGAGGTTCTTAGTCA GATCAAAGATGTGACTGTGCAGAGATTATATCAAGTGGAACACCTAGAAC CCACCGAAGAGGAAGAGGAGGACAAGAGTCTGTATAGATTGCTTGTTTAC GCGAAGCAGAATATGTGGAGCAGGTCTGCTCGTCGTCAAAGAGGAAGGGA GACTGGCCATAAAGCCAACGATAAAGGATGCGCTGTAGGGGGTCCTTTAA CTTCAATTCCGGCTACTTTAGATGGATTACTTTGCGGGATAGAGATAAAG GCACCGTTGATAAAGCAAGAGCAACAGGATGTAGAGATGGAATTTGTATT TCAGTGGGTTCACGGGCAAGATAGAAGTATGTTTGAATCCTTCGTGAACC ATGTAACTAGAAAGATGAAATGTAATATAGTACTGGAC

Seq. ID No: 161

>PSIM_9ATGGCTCTGAATAAATCCATGCACCCGCGTAACAGATATAAAG ATAAGCCGCCAGATTTTGCGTTCCTAGCATCCAAGTACCCGGAATTTAAG CAGCACGTTGACGTTGGTTTAAGTGGTAAGGTAGGACTGAATTTTAAGGA CCCAGGCGCGGTCAGGGCTCTCACGTGTACACTTCTAAAGGAGGATTTTG GGCTGACTATCGATATCCCCCTTGAGCGTCTTATTCCCACCGTTCCATTG CGTCTGAACTACATACATTGGGTAGAGGACCTGATAAATTTTCATGATAG CGACAAGACTACCGTGAGAAGAGGTATAGATATAGGCACAGGCGCAAGTT GTATCTACCCCCTTTTAGGAGCAACATTAAATGGCTGGTATTTCCTAGCG ACCGAGGTAGATGATATTTGCTACAATTACGCTAAGAAGAACGTGGAACA GAACCATCTAGCCGATCTTATTAAGGTTGTCAAAGTCCCGCAAAAGACTC TACTTATGGACGCCCTGAAGGAAGAGTCAGGAATAATATATGACTTTTGT ATGTGCAATCCACCATTCTTTGCAAATCAAATGGAGGCTCAGGGCGTCAA TTCCAGGAACCCCAGACGTCCTCCTCCGAGCAGCGTAAATACGGGAGGGA TTACCGAAATAATGGCAGAAGGTGGAGAACTTGAATTTGTGAAGCGTATC ATTCACGATTCACTACAACTGAAGAAGAGGCTTCGTTGGTATTCCTGTAT GCTGGGGAAAAAGTGTTCTCTAGCGCCATTGAAAGAAGAGTTGAGAATAC AGGGGGTGCCAAAGGTAGCCCACACCGAATTTTACCAAGGCCGTACTATG CGTTGGGCGCTGGCTTGGAGTTTCTATGATGACGTAACGATCCCTAACCC TCCGTCTAAAAAGCGCAAACTAGAGAAACCAAGGAAGCCGATGATGTTCT CTGTTTTAGAAACTACCGTGAAAATGTTGATGGACAAGTTCGATTGTAGC GTAGACAGTGAGCACGTCTCCGTCGTAACGGATTGTTTGAAGAAGATCCT TACCGACTTAAAAGTCCAACATAAACCGGTTCCATGCGGTAATGGGGAGG AGTCTCTATTTCTAACTGCGATCGAGAATAGTTGGGTTCATATAAGACGT AAAAAGCGAGATAGGATGAGGCAACTTAGAGAATTACCCAGGGCACCTGA TGAAAACTTTCTCCTAGTTCAAAAGGACGAAAGGCAGGCTGAGGACGAGG AAACGACTGAAAAGACAGTGTCAAGCAGTGAGAAATCCGTCAGTACATCA GGCATTGATGAAGCTGCCGCCCTACCCCCAAATCCGGAGGATTCCATCTC CGAAAGTATGGGGGAAGACAGTCGTCAGCTGCCCGAGGAAGTTAAAGATA CATCCGCACTAGGGCAGATAACCGACGTCGATGAGCACCAAAATACAATG GAGGCGTCTCAACCTTGTTCCTCAAATAGTGCCTTCCTGTTTAAGTGCCT AGTCAATGTTAAAAAGGAAGCTACCAATGTTTTAGTTGAAATGCACTGGG TGGAAGGTCATAATCGTGATCTGATGAACCAACTGTGCACTTACCTAAGG AATCAGATTTGTAAAATTGCAACGTCA

Seq. ID No: 162

>PsiHchimera_1ATGTTCTGCCGTGGCCTGTTGAGTTTAATGGCAATC ATCATCGTGTATTTTATAGCCCAAAAGAGGAGAAGAGCCAGATTACCACC CGGTCCTCGTGGCCTGCCACTGATCGGAAATTTGCACCAGGCACCGAAAG AGGCGGTGTGGCTAACCTTCCATAAATGGGTGAAGGAATATGGCAACCTT GTTTCTGTAAATTTTGGGGGCACGGAGATGGTGATACTTAATACGTTAGA GACGATTACAGATTTGCTAGAGAAGAGGGGATCAATTTACTCTGGCAGGC TGGAATCAACTATGGTCAACGAACTGATGGGCTGGGAGTTTGATCTTGGC TTTATTACATATGGAGATAGGTGGCGTGAGGAAAGACGTATGTTTGCAAA GGAGTTCAGTGAAAAGGGAATTAAACAGTTTCGTCATGCCCAAGTTAAGG CCGCTCACCAATTAGTACAACAGTTAACTAAGACACCAGATCGTTGGGCA CAGCACATAAGACATCAAATCGCTGCTATGAGCCTTGACATTGGCTATGG CATTGACTTAGCTGAGGATGATCCGTGGCTGGAGGCGACGCACTTGGCCA ACGAGGGCCTAGCAATTGCCAGCGTTCCAGGGAAATTCTGGGTTGATTCT TTTCCAAGCCTGAAATATTTACCTGCTTGGTTCCCTGGAGCTGTTTTCAA AAGAAAAGCGAAGGTTTGGAGGGAAGCGGCCGATCACATGGTCGATATGC CCTACGAGACTATGAGAAAGTTGGCTCCTCAGGGGCTTACGCGTCCGAGT TACGCTAGTGCAAGATTACAAGCGATGGATCTTAATGGCGATTTAGAGCA CCAGGAGCACGTAATCAAGAACACGGCGGCGGAAGTAAACGTTGGCGGAG GTGATACTACTGTGTCCGCAATGTCCGCCTTCATCTTGGCAATGGTTAAA TACCCTGAAGTCCAAAGAAAAGTTCAAGCAGAATTGGATGCTTTAACTAA CAATGGGCAAATCCCGGATTATGATGAAGAAGACGACAGTTTACCCTATC TAACGGCGTGTATTAAAGAACTGTTTAGGTGGAATCAAATAGCCCCGCTG GCAATTCCACATAAACTTATGAAAGACGACGTGTATAGAGGCTACCTTAT CCCCAAAAATACGCTAGTCTTCGCAAACACATGGGCTGTTCTAAACGATC CCGAAGTCTATCCAGATCCTAGTGTTTTTAGACCAGAACGTTACTTAGGA CCAGACGGAAAACCAGACAACACAGTACGTGATCCTCGTAAGGCAGCATT TGGCTATGGCAGACGTAATTGCCCGGGCATACATCTTGCGCAGAGTACCG TGTGGATAGCTGGGGCCACCCTTTTGTCAGCCTTTAATATTGAAAGGCCC GTCGATCAGAACGGTAAACCCATAGACATACCTGCTGACTTCACGACCGG GTTTTTCCGTCATCCAGTTCCCTTCCAATGCCGTTTCGTACCTAGAACGG AACAGGTATCTCAAAGCGTAAGCGGACCT

Seq. ID No: 163

>PsiKchimera_1ATGAAAACCAAATTTTGTACCGGCGGCGAAGCCGAG CCATCACCATTAGGGTTACTATTGAGCTGTGGTAGTGGCCTTGTCCCTCG TGGTTCTCCACAACCGCCAGCTGACGAGCAACCCGAGCCGCGTACCAGAA GGAGAGCATATCTATGGTGCAAGGAGTTCTTGCCGGGGGCATGGCGTGGA CTTAGGGAAGACGAGTTTCATATCAGTGTTATCCGTGGCGGTTTATCCAA TATGTTATTCCAATGTTCCTTGCCCGACACGACTGCTACCTTAGGCGACG AACCAAGAAAGGTGCTTCTGAGATTATACGGCGCTATCCTGCAGATGAGG AGTTGTAATAAGGAAGGATCTGAACAGGCTCAGAAAGAGAATGAGTTTCA GGGAGCGGAAGCGATGGTCTTAGAGAGCGTAATGTTCGCCATCCTGGCAG AGCGTTCTCTAGGTCCAAAGTTGTATGGGATCTTTCCACAAGGCCGTCTG GAGCAGTTCATAAAGATGAAAACGTTGTTAGACTATGTTACTGCAAAGCC GCCTTTAGCGACCGACATTGCTAGATTGGTGGGCACGGAAATAGGTGGTT TCGTGGCACGTCTTCACAACATCGGACGTGAGAGACGTGATGACCCTGAG TTTAAATTTTTCTCAGGTAATATCGTAGGTAGAACAACGAGTGACCAGCT GTATCAAACTATCATTCCTAATGCGGCAAAGTATGGGGTCGATGATCCAT TGTTACCTACCGTCGTAAAGGATCTGGTTGACGACGTAATGCATTCAGAG GAGACTTTGGTCATGGCGGACTTGTGGAGCGGTAACATTTTACTGCAGTT AGAGGAAGGTAACCCCTCCAAGCTGCAGAAAATCTACATTCTGGACTGGG AACTATGTAAATACGGTCCTGCGAGTTTGGACCTTGGTTACTTCCTTGGG GATTGCTACTTGATATCTAGGTTCCAAGATGAGCAAGTCGGGACTACAAT GCGTCAGGCGTACTTACAGTCTTATGCTAGGACCAGCAAGCACTCCATCA ACTACGCAAAGGTTACGGCAGGCATAGCAGCCCACATCGTTATGTGGACT GATTTTATGCAATGGGGGAGTGAGGAGGAAAGGATCAACTTCGTCAAAAA GGGGGTGGCGGCATTCCACGACGCTAGAGGGAATAACGACAACGGAGAAA TCACTTCGACCCTGCTTAAAGAGTCATCAACAGCG

Seq. ID No: 164

>PsiKchimera_2ATGGCGTTCGACCTAAAGACCGAAGATGGTCTAATC ACATATCTGACAAAGCACCTGTCTTTAGATGTAGATACCAGCGGAGTTAA ACGTCTATCCGGAGGGTTTGTTAACGTCACCTGGAGAATAAAACTTAATG CACCGTACCAAGGACACACGAGTATCATCCTAAAACACGCACAACCCCAT ATGTCAACGGATGAAGACTTTAAGATCGGAGTTGAGCGTAGCGTCTACGA ATATCAAGCGATTAAGTTGATGATGGCAAACCAGGAGGTGTTGGGTGGAG GCGACAGCCGTGTTAGCGTCCCCGAAGGCTTTCACTACGACGTTGAAAAT AACGCATTAATCATGCAGGATGTTGGAACTATGAAAACTCTGTTAGACTA TGCAACTGCAAAACCGCCACTTTCAACGGAAATCGCGAGTCTAGTGGGGA CCGAAATCGGGGCCTTTATCGCGCGTCTTCACAACCTAGGTCGTAAACGT CGTGACCAACCGGCTTTCAAATTCTTCTCCGGAAATATTGTAGGCCGTAC AACAGCCGATCAGCTTTATCAAACCATTATTCCAAATGCGGCCAAGTACG GTATTAACGACCCACTACTACCCACTGTTGTAAAAGATCTTGTCGAAGAG GTTATGAACAGTGAGGAAACCCTGATTATGGCAGATTTATGGAGCGGGAA CATTCTACTGCAATTAGAGGAAGGGAACCCTTCAGAGTTGAAAAAGATCT GGCTTGTTGACTGGGAATTGTGTAAGTACGGACCAGCCAGCCTAGACATG GGGTACTTCCTAGGAGACTGCTACCTTATTGCCAGATTTCAGGACGAGTT GGTAGGTACGACTATGAGAAAAGCCTATCTAAAATCTTATGCGAGAACCG CTTCAGACACTATAAATTACTCAAAGGTCACGGCAAGCATCGGGGCGCAT CTAGTTATGTGGACCGATTTTATGAAGTGGGGAAATGACGAAGAAAGGGA GGAA

Seq. ID No: 165

>PsiMchimera_1ATGGATAGCGCAGGAAACATTTACCGTCACAAAGTA GACTTCACCGCGCTTGCGCTTCAGGACCCTGCCTTCAAGGAGACGCTATC AGCAAAGGGACGTTTAGACTTCAGCAATCCAGATGCGGTTAGACAACTTA CTGTGAGTCTGTTGAGGAGGGATTTCGGGTTGGAGGTTGAGCTTCCAGAC GACAGGCTTTGCCCTCCCGTGCCAAACAGGCTTAACTACATTTTGTGGTT GCAAGACTTGATAGATTGTACAGGGGATGATTACCACGAGGGCTTTAATG CTGACCGTGATGTGGTGGGACTGGACATAGGGACGGGGTCTAGCGCCATT TATCCTATGTTGGCTTGCGCAAGATTCAAGGCTTGGAGCATGGTCGGAAC AGAGGTAGAAAGAAAATGTATAGATACGGCCAGACTAAATGTCGTCGCCA ATAACTTGCAAGACAGACTGTCCATTTTGGAGACTTCGATTGATGGGCCC ATCCTAGTACCCATTTTTGAGGCCACTGAAGAGTATGAGTACGAGTTCAC CATGTGTAACCCGCCCTTTTACGACGGGGCTGCCGATATGCAGACATCTG ACGCGGCGAAAGGGTTTGGCTTTGGGGTGGGGGCTCCTCATTCCGGTACA GTGATTGAGATGAGTACGGAAGGGGGCGAGAGCGCATTTGTAGCACAAAT GGTTCGTGAGAGTCTGAAGCTGAGGACTAGGTGCAGGTGGTACACCTCAA ATCTAGGCAAGCTGAAAAGCCTTAAAGAGATCGTAGGGCTTTTAAAAGAG TTGGAAATATCAAACTATGCTATCAACGAATATGTCCAAGGAAGTACAAG AAGATATGCGGTGGCTTGGTCTTTTACAGACATTCAACTACCCGAAGAAC TTTCAAGGCCATCTAATCCTGAACTTTCAAGCCTTTTT

Seq. ID No: 166

>PsiMchimera_2ATGAGCGCCACCACCAACATATACAAGGAAGACATT GACTTTATAACTTTAGGGAGGGAAGATAGCGACTTTGGAAAGTTACTAAA CTCAAACGGGCAATTAGATTTCTCTGACCCCAAATCAGTACAACAGTTGA CTAAGTCTCTGTTAAAGAGGGATTTCGGCCTTAAATTGATTCTTCCCGAT GACAGGTTATGCCCACCTGTTCCCAACAGGTTAAATTACGTACTATGGAT AGAAGATATTTTCAACTACACAAACAAAACCCTAGGCCTGAGTGACGACA GACCAATCAAAGGAGTTGATATCGGAACAGGTGCTTCTGCTATCTATCCT ATGCTGGCCTGTGCCCGTTTCAAGGCTTGGAGTATGGTTGGTACGGAGGT CGAGAGGAAGTGTATTGATACGGCTAGATTAAACGTTGTCGCAAACAATT TACAAGACAGATTATCCATTCTGGAGACTTCCATAGATGGACCTATTCTT GTGCCTATTTTTGAGGCCACCGAGGAATATGAGTATGAGTTCACAATGTG TAACCCGCCGTTTTATGACGGCGCGGCGGACATGCAAACGAGCGACGCAG CAAAGGGGTTCGGTTTTGGAGTTGGCGCTCCACATAGTGGGACCGTTATC GAAATGTCAACAGAAGGCGGCGAGTCCGCTTTCGTGGCTCAAATGGTGAG GGAAAGCCTAAAGTTGAGGACCCGTTGTCGTTGGTATACTTCTAATCTTG GCAAGTTAAAGTCTTTGAAGGAAATTGTAGGTCTATTAAAGGAGCTAGAA ATTTCCAACTACGCGATCAATGAGTACGTGCAGGGCTCCACAAGAAGGTA TGCCGTCGCTTGGTCCTTTACGGATATCCAATTACCAGAAGAGTTGTCAC GTCCGTCCAACCCAGAGCTGTCAAGCCTATTT

Seq. ID No: 167

>PsiMchimera_3ATGGCTCAAAACTCCACCATCTATGAAGATGAAGTA GATTTTGCCACACTAGCATTGCAAGATTCCGAGTTCGCGAAGATTCTGAA ATCTAACGGACAGTTGGATTTTAGTAACCCCGAATCCGTGCAGCAGTTGA CAAAGTCATTGCTAAAAAGGGATTTCAAGCTGAAACTTTCTCTGCCTCCG GATAGACTTTGCCCGCCCGTTCCTAACAGGCTTAACTACATTATATGGAT TCAGAATCTTCTTGACACTACGTCTGATTCATATAACGACAAGTACGATC CCGAGCGTGAGGTTCTTGGATTAGACATCGGCACGGGCGCCAGTGCAATT TACCCCATGCTTGCTTGCGCTCGTTTCAAAGCGTGGTCAATGGTCGGGAC CGAAGTTGAGAGAAAGTGCATCGATACTGCCAGATTGAATGTGGTAGCGA ACAATTTACAAGATAGGCTAAGCATTTTGGAGACATCCATTGATGGTCCG ATTTTAGTACCCATTTTTGAGGCGACAGAGGAGTACGAGTACGAATTTAC GATGTGCAATCCGCCATTCTACGACGGGGCAGCAGACATGCAGACCTCTG ATGCTGCCAAAGGATTTGGCTTCGGTGTTGGCGCCCCACACAGTGGTACG GTGATAGAAATGAGCACTGAAGGAGGGGAGAGCGCATTTGTCGCTCAAAT GGTCAGGGAGTCACTAAAACTGAGGACCAGATGTAGATGGTATACGTCAA ACTTGGGAAAATTGAAATCTTTGAAAGAAATTGTGGGTCTGCTTAAAGAA TTAGAAATTTCTAACTATGCTATAAACGAATATGTTCAGGGTAGCACGAG AAGGTATGCCGTGGCCTGGTCATTCACGGATATTCAATTACCCGAAGAGC TTTCACGTCCCTCTAATCCCGAACTGTCCAGCTTGTTC

Seq. ID No: 168

>SAM2ATGTCTAAATCCAAGACTTTCTTATTTACTAGCGAGAGCGTAGGA GAAGGGCACCCAGATAAAATCTGTGACCAGGTATCTGATGCAATTCTGGA TGCCTGCCTAGAACAAGACCCCTTCTCTAAGGTAGCCTGCGAAACCGCCG CAAAGACTGGAATGATTATGGTCTTCGGCGAAATTACTACAAAGGCAAGA CTAGATTATCAACAAATCGTTAGAGATACTATCAAAAAGATCGGGTATGA TGACTCCGCGAAAGGATTTGATTATAAGACGTGTAACGTACTTGTAGCAA TTGAGCAGCAAAGTCCAGACATTGCTCAGGGGCTGCATTACGAGAAGTCT CTTGAGGATTTAGGCGCAGGCGATCAGGGCATTATGTTCGGGTATGCTAC CGACGAGACGCCGGAGGGCCTTCCGTTAACGATATTGCTGGCGCATAAGC TAAACATGGCTATGGCCGACGCACGTCGTGATGGGTCACTACCGTGGCTG AGGCCAGACACCAAAACTCAGGTGACCGTCGAATATGAAGATGACAACGG TAGATGGGTTCCGAAGCGTATTGACACGGTGGTTATCTCCGCCCAACACG CAGATGAGATCTCTACTGCGGATCTAAGGACTCAATTGCAGAAGGACATT GTCGAAAAGGTAATTCCGAAAGATATGCTAGATGAGAACACTAAGTATTT TATCCAGCCAAGCGGGAGATTTGTAATAGGTGGGCCGCAGGGTGATGCCG GCTTAACAGGTAGGAAAATAATAGTCGATGCCTACGGCGGAGCCTCAAGC GTGGGTGGTGGAGCATTTTCTGGGAAGGACTACTCAAAAGTTGATAGATC TGCAGCGTATGCAGCGAGGTGGGTAGCCAAGTCCCTAGTGGCGGCCGGAT TGTGCAAGAGAGTTCAAGTGCAATTTTCCTACGCCATTGGTATTGCAGAA CCCTTGAGCTTGCATGTGGATACCTACGGCACCGCGACAAAGAGTGATGA CGAAATAATAGAAATTATTAAGAAGAATTTTGATCTGAGACCTGGCGTTC TGGTCAAGGAGTTAGACCTGGCCAGGCCAATATATCTACCGACCGCGTCA TATGGGCACTTCACAAACCAGGAGTATTCATGGGAAAAGCCCAAGAAACT TGAGTTC

Seq. ID No: 169

>SAM3ATGGACATCCTGAAAAGAGGTAACGAGAGTGACAAGTTTACTAAG ATAGAGACCGAGTCAACCACGATTCCGAACGACTCCGATAGAAGTGGATC TCTTATTAGACGTATGAAAGATAGTTTCAAGCAGAGCAACCTGCATGTAA TCCCGGAGGACCTTGAAAACAGCGAACAAACTGAGCAGGAGAAGATCCAA TGGAAGTTGGCTAGTCAACCTTACCAGAAAGTGTTATCACAACGTCACCT GACCATGATTGCAATAGGCGGCACTTTAGGTACTGGACTGTTTATCGGCC TAGGTTATTCTCTAGCTTCCGGTCCTGCCGCGCTTCTTATTGGCTTTTTG CTGGTTGGCACCAGCATGTTTTGTGTTGTCCAATCCGCTGCGGAGTTGTC CTGCCAATTCCCCGTCAGTGGCAGCTATGCGACCCATGTCTCTAGGTTCA TTGATGAATCCGTGGGCTTTACGGTAGCAACCAATTACGCTCTTGCGTGG TTGATATCCTTTCCCTCCGAACTGATCGGGTGTGCCTTAACCATTAGCTA TTGGAACCAGACCGTAAATCCGGCTGTGTGGGTGGCAATTTTCTACGTAT TCATAATGGTGCTGAACCTTTTCGGAGTTAGGGGTTTTGCAGAGACAGAG TTTGCTCTGTCTATCATAAAAGTAATTGCGATATTCATATTCATCATTAT TGGGATTGTATTGATAGCAGGTGGTGGTCCTAATAGCACTGGCTATATAG GCGCGAAGTATTGGCACGACCCAGGTGCGTTCGCTAAACCGGTATTCAAG AATCTATGCAACACATTCGTGAGTGCTGCGTTTAGCTTCGGTGGTTCAGA ACTGGTATTATTGACCTCAACAGAAAGCAAGAATATCAGCGCAATAAGCC GTGCGGCTAAAGGCACTTTTTGGAGGATAGCGATATTTTATATCACCACG GTTGTGATTATTGGGTGCTTAGTCCCTTACAACGATCCCAGACTACTTTC TGGGTCTAATAGCGAAGACGTCTCCGCCTCTCCTTTCGTCATAGCTCTGT CTAACACAGGCTCAATGGGAGCCAAGGTCAGTAATTTTATGAATGTCGTG ATTTTAGTAGCAGTGGTGTCAGTATGCAATTCATGCGTCTATGCGAGCAG TAGGTTAATTCAAGCCCTGGGCGCCAGCGGGCAATTGCCTTCTGTGTGTT CTTATATGGATAGGAAAGGGAGACCGCTTGTTGGTATCGGCATAAGTGGA GCCTTTGGTTTACTTGGATTTTTGGTGGCGAGCAAAAAGGAAGATGAGGT GTTTACGTGGCTATTTGCCTTATGCTCTATCAGCTCCTTCTTTACCTGGT TCTGCATCTGCATGTCCCAGATCAGGTTCAGAATGGCGTTAAAAGCTCAA GGGAGGAGTAACGATGAAATAGCCTATAAAAGTATACTAGGTGTATATGG GGGTATCTTGGGGTGCGTATTGAACGCTCTTCTAATTGCGGGGGAAATCT ATGTGTCTGCGGCACCCGTCGGATCTCCCTCTTCTGCTGAGGCATTTTTC GAATATTGCCTGAGTATTCCCATAATGATCGTAGTTTATTTTGCCCATCG TTTTTATAGGAGGGATTGGAAACACTTCTATATCAAGAGGTCAGAAATCG ACCTTGACACGGGGTGTAGCGTCGAAAATCTTGAGTTATTCAAAGCCCAG AAAGAAGCTGAGGAACAGCTAATTGCATCTAAGCCGTTCTACTACAAAAT TTACAGGTTCTGGTGT

Seq. ID No: 170

>SS02ATGTCTAACGCGAATCCTTACGAGAACAATAATCCATACGCTGAA AATTACGAAATGCAGGAAGACCTGAACAATGCCCCAACGGGGCACAGCGA CGGCTCAGATGACTTCGTCGCATTTATGAATAAGATTAACTCAATCAATG CTAATCTATCAAGATACGAGAATATTATTAACCAAATTGACGCGCAACAT AAAGACTTACTTACCCAGGTCAGCGAAGAGCAGGAAATGGAGCTGCGTCG TAGTCTCGACGACTACATAAGCCAAGCAACAGATTTGCAGTACCAACTAA AGGCAGACATAAAGGACGCGCAAAGAGACGGACTACACGACTCAAATAAA CAGGCTCAGGCGGAGAACTGTAGGCAAAAATTTCTGAAGTTAATTCAAGA CTACAGAATTATTGATTCTAACTATAAGGAGGAATCAAAAGAGCAAGCAA AGAGACAGTACACGATTATCCAACCAGAAGCAACAGATGAAGAGGTTGAA GCAGCCATCAACGATGTAAACGGGCAGCAAATATTCTCTCAAGCATTGCT AAATGCTAACAGGCGTGGCGAAGCCAAGACCGCCTTAGCTGAAGTCCAAG CTCGTCATCAAGAGTTATTAAAGTTGGAGAAAACTATGGCTGAATTGACA CAGTTATTTAACGACATGGAAGAGTTGGTCATCGAACAGCAGGAGAATGT GGATGTCATTGACAAGAACGTCGAGGATGCCCAGCAAGATGTGGAGCAGG GGGTCGGGCATACAAATAAAGCTGTAAAATCTGCGAGGAAGGCAAGAAAG AACAAAATCCGTTGTCTAATAATTTGCTTTATCATATTTGCTATAGTCGT AGTAGTTGTTGTTGTCCCCTCTGTTGTCGAGACGAGGAAA

Seq. ID No: 171

>T4H-CPR_1TCTAGCTCTAGTGACGTGTTCGTACTGGGGTTAGGAGTCG TACTAGCAGCTCTTTACATATTTCGTGATCAGCTTTTCGCTGCCTCCAAG CCAAAGGTGGCACCGGTGAGCACAACGAAACCGGCTAATGGGAGCGCAAA TCCTAGAGATTTTATCGCCAAGATGAAACAGGGAAAGAAACGTATTGTTA TTTTCTACGGCTCTCAGACAGGCACCGCGGAAGAATATGCAATACGTTTA GCAAAGGAGGCAAAACAAAAATTTGGACTAGCATCCCTAGTATGTGACCC AGAAGAATATGACTTCGAGAAGCTAGATCAGTTGCCTGAGGACTCTATAG CATTCTTCGTAGTAGCCACATATGGAGAGGGTGAACCGACAGATAATGCG GTTCAACTATTACAAAACTTACAGGACGAATCATTCGAGTTCTCCTCAGG GGAGCGTAAGTTGTCAGGACTTAAATATGTTGTCTTCGGCTTGGGCAATA AGACCTACGAGCATTATAATCTAATAGGGCGTACTGTAGACGCGCAGCTT GCTAAAATGGGAGCGATCAGAATCGGAGAAAGGGGTGAAGGAGACGACGA CAAATCTATGGAGGAGGACTACTTGGAATGGAAGGATGGAATGTGGGAGG CGTTCGCGACAGCGATGGGTGTCGAGGAGGGGCAGGGAGGTGATAGCGCC GACTTCGTGGTAAGCGAATTAGAGTCACATCCACCTGAAAAGGTCTATCA AGGCGAGTTCTCTGCGAGGGCTCTAACTAAGACTAAAGGCATTCATGACG CGAAGAACCCTTTCGCGGCTCCCATCGCAGTAGCGCGTGAACTGTTCCAG AGCGTAGTAGACAGGAACTGCGTGCATGTGGAATTTAACATAGAAGGGAG TGGAATAACCTACCAGCACGGCGATCATGTCGGCTTGTGGCCGTTGAATC CTGACGTAGAGGTGGAGCGTTTATTATGCGTTCTGGGTTTAGCGGAGAAA AGAGACGCAGTGATCTCCATTGAGTCCCTGGACCCAGCCCTTGCGAAAGT GCCATTCCCTGTTCCAACGACCTATGGAGCGGTCCTTAGACATTACATTG ACATATCTGCCGTCGCCGGAAGGCAGATTCTTGGAACTCTATCAAAATTC GCACCAACTCCAGAGGCTGAGGCGTTTTTAAGGAACTTAAATACGAACAA GGAGGAATACCACAATGTCGTCGCGAACGGGTGTTTAAAACTGGGCGAAA TCCTGCAGATAGCGACTGGTAATGACATCACAGTACCGCCTACGACCGCC AATACCACTAAGTGGCCGATACCCTTTGATATAATCGTATCCGCTATTCC CAGACTACAGCCTCGTTACTACAGTATCAGTTCTAGTCCAAAAATCCATC CGAACACAATACATGCGACGGTCGTGGTACTGAAGTATGAAAATGTTCCC ACTGAACCTATCCCAAGAAAGTGGGTGTATGGTGTAGGGTCAAATTTCTT ACTTAACCTGAAGTATGCAGTAAATAAGGAACCGGTTCCATACATAACGC AAAACGGGGAACAGAGGGTCGGAGTTCCCGAGTACCTGATCGCAGGCCCT AGAGGCTCCTATAAGACTGAGAGCTTTTACAAAGCTCCAATCCACGTGCG TAGGTCAACATTTAGGTTGCCAACAAACCCCAAGAGTCCCGTAATCATGA TCGGGCCAGGGACCGGAGTAGCACCCTTTCGTGGATTTGTGCAGGAGCGT GTTGCATTGGCAAGAAGGTCCATAGAGAAAAACGGCCCAGACTCTTTGGC GGATTGGGGCAGAATTTCACTTTTCTATGGATGTCGTCGTAGTGACGAGG ACTTCTTATACAAGGACGAATGGCCTCAGTATGAAGCCGAACTAAAGGGA AAGTTTAAATTACACTGTGCTTTTTCCCGTCAAAATTACAAGCCTGACGG GTCAAAAATCTATGTGCAGGATCTGATATGGGAAGACAGAGAACACATTG CAGATGCAATACTAAATGGCAAAGGATATGTGTATATTTGCGGGGAGGCA AAGTCAATGTCTAAGCAGGTCGAGGAAGTCCTTGCGAAGATTCTTGGAGA AGCTAAGGGTGGTTCAGGTCCCGTAGAAGGCGTTGCTGAGGTAAAGCTAT TGAAGGAGAGGTCTAGGCTTATGCTGGATGTATGGTCA

Seq. ID No: 172

>T4H-CPR_2TCATCTAGCTCTGACGTTCTGATTTTGGGCCTTGGCGTTG CGCTGGCTGCTCTTTACCTGTTCAGGGATCAGCTGTTCGCTGCTTCTAAG CCAAAGGCTATACCGCTTACGAACAAACTGGCCGGTCTTGACAACGAAGG GAACCCGCGTGATTTCATAGCAAAGATGAAGGCAGGAAAGAAGCGTTTGG TCATATTTTACGGCTCTCAAACAGGAACCGCTGAAGAGTACGCGATCAGG CTGGCCAAAGAAGCCAAATCTAAGTTCGGTTTGACCTCCCTTGTGTGCGA TCCTGAAGAGTACGATTTCGAGAATCTGGATCAGTTGCCGGAAGAGTGCG CCGTATTTTTCGTGATGGCTACGTACGGGGAAGGTGAGCCGACGGATAAT GCGGTTCAGCTTATGCAGAATCTAGCCGACGAATCCTTCGAGTTCTCAGG CGGAGAAAGGAAATTGGAGGGTTTGAAATATGTAATATTCGCTTTAGGAA ACAAAACTTATGAGCACTACAATTTGATTGGTCGTAAAGTTGACACTCTT CTGACTGACATGGGTGGGGTCCGTTGCGGGGAACTAGGGGAAGGCGACGA TGACAAGAGTATGGAAGAGGATTATTTGGAGTGGAAAGACGCGATGTGGG AGGACTTCGCGAGGAAGATGGGCGTCGAAGAGGGCCAGGGTGGTGATTCT GCTGATTTTGCAGTCAGCGAATTAGACACTCACGTGCCCGAGAAGGTGTA TTTAGGAGAGTTGAGTGCTAGGGCATTGACGAAGACGAAAGGGATACATG ATGCCAAGAATCCGTATCCGGCGCCCATCGTAGCAAGTCGTGAATTGTTC CAGCAAGGTGGCGACAGGAATTGTGTTCATGTTGAACTATCCATTGAAGG CTCAGGAATTACCTATCAGCACGGCGATCACGTCGGAGTATGGCCCACGA ATCCTGAGGTGGAAGTCAATAGGCTGCTTTGCGCCCTGGGTTTATGGGAG AAGAAGGACCAGGTTATAGGGATTGAATCCCTTGACCCAGCCTTGGCAAA AGTCCCATTTCCTGTCCCAACTACGTACGCCACTGTGCTGAGGAATTACA TTGACATCAGCGCAGTTACGGGGCGTCAAATCCTAGGCCACTTGAGTAAA TACGCGCCAGCTCCCGACGTCGAGGAATTTCTGAAGGGTTTGTCTACAAA CAAGGAACAATACGGTGCTACAGTAGCCAATGGTTGCTTGAAGTTAGGCG AGGTCCTACAACTTGCCGCGGGCAATGATCTGAAGGCTATACCAACGACT GAGAATACTACAGCGTGGAGTATCCCCTTCGACGTTATCGTGTCCGCCAT TCCCCGTCTTCAACCACGTTATTACTCAATTTCATCATCCCCAAAGCTAA ACCCCACCTCAATTCACGTAACCGCTGTTGTGTTGAAGTATCAATCAGTC GCGAGCGAAAAACTGCCTGCTAAGTGGGTCTACGGCGTAGGTAGCAACTT CTTACTAAATTTAAAATACGCTGCTAATGGTGAACCAGCGCCATTCGTTA CTACCAATGGCTCAGCCGATCCTGCATCAGTTTATTATCCCACTTACGCA ATCGAGGGCCCACGTGGCGCGTATAAACAGGAAACTATATACAAATCCCC TATACACGTGAGAAGAAGTACATTCCGTCTGCCCACGAACCCTAAATCAC CGGTGATTATGATCGGTCCGGGTACCGGTGTGGCGCCTTTCAGGGGGTTC GTACAAGAGAGAGTTGCCTTAGCAAGGAGAACGATTGAGAAAAATGGAGC CGACGCGTTGGCTGACTGGGGCCGTATATCTCTTTTCTATGGGTGTCGTA AATCAACAGAGGATTTCTTATATAAAGAAGAGTGGCCGCAGTATACAGAG GAGTTAAAAGGGAAATTTAACATGCATAGTGCCTTTAGTAGAGAAGCACC TTACAAGGCTGACGGAAGCAAGATTTATGTCCAGGACCTGATCTGGGAAG ATCGTGCCAATGTGAGCGATGCGATACTGAATGGCAAGGGATATATCTAC ATATGCGGTGATGCGAAATCAATGGCGAAACAGGTGGAAGACACGCTTGC TAAGATACTAGGAGAAGCGAAGGGTGGTACCGCGGAAGTCGAGGGAGCGG CGGAAATGAAGCTGTTAAAAGAAAGGTCTAGGCTAATGTTAGATGTTTGG TCA

Seq. ID No: 173

>T4H-CPR_3TCTAGTTCTTCCTCAGGCGCCGGGGCAGATAGCGACGAAA ACCCTCGTGATTTCATTGCCAAAATGAAAGCAGGAAAGAAGAGGTTGGTC ATCTTCTACGGCAGCCAAACAGGCACTGCCGAAGAGTATGCGATCCGTTT GGCGAAAGAGGCAAAATCCAAGTTTGGACTAACGTCTCTAGTGTGCGACC CAGAAGAATATGATTTTGAAAACCTTGACCAGTTGCCTGAGGATTGTGCC GTGTTCTTTGTAATGGCCACTTATGGAGAAGGCGAGCCTACCGACAATGC GGTGCAGCTTATGCAGAACTTGCAAGACGAGAGCTTTGAGTTCTCTAATG GCGAGAGAAAGTTGGAAGGGTTGAAATACGTAGTATTCGCATTGGGTAAC AAAACCTACGAGCATTATAACTTAATAGGAAGAAAAGTGGACACAATATT GGGGGAAATGGGGGCGGTGAGGTGCGGAGAGAGAGGCGAAGGAGATGACG ACAAATCAATGGAGGAAGATTATTTAGAGTGGAAGGACGCTATGTGGGAA GACTTTGCTCGTAAGATGGGGGTTGAAGAGGGACAGGGCGGAGATAGCGC CGATTTTGCTGTTTCAGAGCTTGAGTCCCATGCTCCAGAGAAAGTATACC TAGGTGAATTGTCTGCGCGTGCCTTGACCAAGACTAAAGGCATTCACGAC GCTAAAAATCCATACCCCGCCCCTATCGTCGAGAGTAGAGAACTATTCCA AGTTGGTGGGGACAGGAATTGTGTACATGTAGAGCTAGGCATTGAGGGAT CAGGGATTACCTACCAGCACGGAGACCATGTCGGTGTGTGGCCTACAAAT CCTGAAGTTGAGGTGACACGTCTATTATGCGCGCTGGGGTTGTGGGAGAA AAAGGATCAAGTTATTGGAATAGAGAGCTTAGACCCTGCGTTGGCAAAGG TGCCATTCCCCGTACCTACAACATACATAACTGTGCTACGTAATTATATA GACATTTCTGCGGTCACTGGGCGTCAAATCTTAGGGCATCTAAGTAAGTT TGCGCCGAGTCCAGATGCAGAGGCGTTTCTGAAATCCTTATCTACTAACA AGGAACAGTATGGCGCCATTGTAGCGAACGGATGTCTAAAACTTGGAGAA GTTCTGCAACTAGCCGCTGGGAATGATTTGAAAGCCGTTCCGAACGCTGA AAACACAACGAAATGGACAATCCCGTTTGACGTTATAGTAAGTGCTATTC CAAGATTACAGCCTAGATACTATAGTATAAGTTCTTCTCCGAAACTTAAT CCTACGACAATACACGTCACCGCCGTAGTCCTAAAGTACGAATCAGTGGC CTCTGAGAAAGTTCCGGCAAAGTGGGTATATGGCGTAGGGTCAAACTTTC TATTGAACCTGAAGTATGCCGCGAATGGCGACGCAGCACCATTTGTCACA GCCAACGGTTCAGCCGATCCGGCCTCCGTTTATGCGCCGACCTATGCCAT AGAAGGACCCAGAGGGGCTTATAAGCAGGAAACCATTTACAAGTCTCCTA TTCATGTAAGGAGAAGTACCTTTAGATTGCCGACAAACCCTAAGTCCCCG GTGATCATGATAGGTCCCGGCACTGGCGTGGCACCATTCCGTGGCTTTGT ACAGGAAAGGGTTGCACTAGCCAGGCGTACGATTGAGAAGAATGGTCCAG ATGCGCTTGCAGACTGGGGCAGAATAACATTATTTTACGGCTGTAGAAAG TCTACCGAAGATTTCCTATATAAAGATGAATGGCCTCAATACACCGAAGA ATTGAAAGGGAAATTTACCATGCATAGTGCGTTCTCTAGGGAACCCCCGT ACAAGGCGGACGGGAGTAAAATTTATGTACAGGACCTTATCTGGGAAGAT CGTGAGAAAGTCGCGGATGCTATACTTAATGGCAAGGGGTATGTTTATAT ATGCGGAGACGCAAAATCAATGGCAAAGCAGGTGGAAGACACCCTAGCCA AGATACTTGGAGAGAGTAAGGGCGGTTCAGCAGAGGTAGAAGGTGCAGCA GAAATGAAACTACTGAAGGAGAGGAGTAGACTAATGTTAGACGTCTGGTC T

Seq. ID No: 174

>T4H-CPR_4TCATCAAGTAGCAGCTCCAAGTTGAGCGATGGCGACGAGA ATCCTAGAGACTTCATCGCAAAAATGAAGAATGGGAAGAAACGTCTTGTC ATATTCTACGGGTCCCAGACGGGGACTGCAGAAGAATATGCTATAAGACT AGCCAAAGAAGCCAAAAGCAAATTTGGTCTTACCTCCTTAGTATGTGATC CCGAGGAGTATGACTTCGAGAATCTGGACCAGTTACCGGACGACTGCGCA GCGTTTTTCGTCGTAGCAACGTATGGGGAAGGTGAACCTACCGACAATGC TGTACAACTAATGCAGAACCTACAAGACGAATCATTCGAATTTTCTGGCG GTGAAAGAAAGTTGGAAGGATTGAAGTACGTCGTATTTGCCCTGGGCAAT AAGACTTATGAACACTATAATGTTATTGGGCGTATAGTAGACACGGAGCT TGCAAAAATGGGCGCTATACGTTGTGGGGAGAGGGGTGAGGGTGATGACG ACAAGTCTATGGAAGAGGATTACTTAGAGTGGAAAGATGGAATGTGGGAG GAATTTGCCCGTATCATGGGAGTTGAAGAGGGTCAGGGAGGTGACACCCC AGACTTCAAAGTGACAGAGCTGCAATCACATCCTAGTGAGAAGGTATATT TGGGCGAGCTTTCCGCGAGAGCACTGACAAAGACTAAGGGGATACACGAC GCAAAGAATCCATACCCGGCCCCCATCCTAAAATCTAGGGAATTGTTCCA GAAACAGGGGGAGAGGAACTGCGTCCACTTGGAGCTGGGTATTGACGGGA GTGGAATCACATATCAACACGGAGATCACGTCGGCGTGTGGCCAAGCAAT CCAGAGGTTGAGGTTAACCGTCTACTATGCGCGCTGGGCCTTTGGGACAA ACGTGACCATGTCATCGGTATCGAAAGTCTTGATCCAGCCCTTGCTAAGG TACCATTCCCCGTTCCCACAACTTACTCCACTGTTTTAAGAAACTATATC GACATATCAGCCGTTGCAGGAAGACAAATTTTGGGAAATCTGGCTCGTTT TTCACCCTCCCCAGATGCTGAAGGGTTTATGAGAAGTTTGAATACGGATA AAGAGCAATACGGTAGGATCATAGCAAACGGATGTCTGAAACTAGGGGAA GTTTTGCAACTTGCGGCGGGAAACGACATAAAAGCAGTACCAACGTTAGA AAATACTACTGCGTGGCCGATCCCATTCGATGTAATCGTTAGCGCCATTC CTCGTTTACAACCTAGATATTTCAGCATAAGTAGTTCTCCCAAGCTACAT CCTACAGCAATCCATGTTACTGCCGTAGTGCTAAAGTATCAGAGTGTCGC TTCAGATAAGGTGCCACCGAAATGGGTGTACGGTGTTGGTTCAAACTTTA TCCTTAACCTAAAATACGCCGCTTGCGGCGAAACAGCTCCGCTTATTGCA CAGAATGGAAGCGCCGATCCTGCTCACACACCCTTTCCCCTATACGCTAT AGAAGGTCCACGTGGGGCATACAAGCAGGAAATGATCTATAAAAGCCCAA TCCATGTGAGAAGGAGTACATTTAGACTACCTACTAACCCTAAATCCCCT GTAATCATGGTTGGACCAGGTACCGGAGTCGCGCCGTTTCGTGGATTCGT TCAGGAACGTATCGCTCTAGCCCGTCGTACAATCGAGAAGAATGGTCCGG ATGCACTAGCTGATTGGGGTAGGATATCTTTATTTTATGGGTGCAGAAAA AGCAACGAGGACTTCCTATATAATGAAGAGTGGCCACAATACATCGACGA ATTAAAAGGGAAGTTTACATTGCATACAGCTTTTTCAAGGGAGCCCCCGT ATAAGCCGGATGGAAGTAAGATTTATGTGCAGGATCTATTATGGGATGAC AGATCCAAGGTCGCAGACGCTATCATTAATGGAAAGGGCTACATCTATAT ATGCGGTGATGCAAAGTCGATGGCAAAGTCAGTGGAGGACGTGCTGGCGA AGATATTAGGGGAGGCTAAGGGCGGCACTATGGAAGTCGAAGGTGCGGCA GAACTTAAATTATTAAAAGAAAGAAGTCGTCTTATGTTGGATGTTTGGTC T

Seq. ID No: 175

>T4H_1ATGAAGACTAGGACTTCCAAACATCCTCCAGGCCCACGTGGGCT GCCCCTGATTGGTAATCTACTAGACATGCCCGCATCATACGAGTGGTTAC AATATAGGAAGTGGTCTGAGGAATTTAAGTCCGACATCATTTACCTGAAT ATCTTAGGCACACAAATTGTAGTGACTAACACCCTTGAATCCACACTGGA CTTACTTGAAAAGAGATCCTCTAAGTACTCCGGGAGGCATTCCTTTCAAC TGCCGAATAACTGCGCTATGGGGTGGGCGTGGAATCTGGCTCTAATGTCT TATGGGGACGAGTGGAGGGCCCACCGTAGGCTTGCCGCTAGAGGTTTCGA TGCACAGGCGATGCCGAAATTTAACCACGCATTTACGCGTAATACTCGTG GCCTGCTTAGGCGTCTTTTAGAGTCACCAGAGGCCTGGAATGAGCATGTA AGGCACGAGGTCGGGTCAATGATAATTGAAATTACCTACGGGTTGGACGT GCTTTCTAAGAATGATCCCTTTATTGAGTCCGCCGACAAAGGACTAGCGA CATTGGCCTTAGCAGTAGTACCGGGTGCCTTTCTGGTTGACACTCTACCA ATTCTTAAACACATACCTTCATGGTTTCCAGGGGCTGGCTTCAAACGTAA GGCTAAGGAGTGGAAAAGATACGCCGATGAGGTTTTAGAAGCTCCTTATA AGGCTCTAAAGGAAGAGATGGCAAGTGGAGCCGCGAAGCCTTCTTTTGTT CAAAGGTGTCTGCAGGACATGGACCCAAATATCGATACAACGAACCAAGA ACGTGTCATAAAGAACACAGCGGCAGAGATGTACGTGGCGGGCGCCGACA CTTCTGCCAGCTTTATTGCAACGTTCGTGCTTGCTATGATACAGTACCCT CAGGTACAGCGTAGAGCACAAGCAGAGTTGGACTCTGTCTTAGGCCCAGA TAGACTGCCAACCTTCGGCGATATGCCTAGCCTTCCGTATTTGTCCGCGA TAACTAAAGAGTGTTTCCGTTGGGAAGTAATCACCCCCATAAGTATTCCA CACATGCTTACAGAGGACGACGAGTATCGTGGTTGGTTCCTACCGTCAGG AACGGTTGTAATTCCAAATAGCTGGGCTATAATGAATGACCCGACAGTAT ACCCAGACCCCTCCGTGTTCAATCCTGAAAGATTCCTGAAGGATGGTAAA ATAGACCTTGAAGTGCAGGACCCGCAGTTAGCGGCTTTTGGTTATGGGCG TAGAATTTGTCCCGGCATGAGGGTCGCCAATGCTTTTACGTGGTTAAGTG CTGGATCAATCTTGGCCTCATTCAACATTTCAAAACCGGCAGCGAAAGAC GGGACCCCCATCGAGCTTGATGTTAAGTATCGTAGCTCCAGTATTCGTCA TCCAGAGGCCTTTGACTGTCTGTTTAAGCCCCGTTCAGAGAATACTAGAG ACATGATCGTAAGCGCAGCCGCG

Seq. ID No: 176

>T4H_2ATGAGTAAGAGGTCAAAACACCCACCTGGCCCCAGAGGCTTGCC GTTGATAGGGAACTTACTGGATATGCCTACGAATGATGAGTGGTTACAAT ATCGTAAATGGAGTCAAGAGTTCAAGTCCGACATAATATACCTTAATGTT TGCGGTACTCAAATCGTGGTTACGAATACCCTTGAGTCTACGCTTGATTT GCTAGAAAGAAGATCTAGTAAGTATAGCGGCAGAATGGGTCTTGAATGGG CTTTCATCTTGATGCCTTATGGAGATGAGTGGAGAGCGCACAGGAGACTA GCAGCTAAAGGTTTCGACGCAAAGGCTATCCCAAAGTTTAATCCGACCTT CACGAGAAACGCGCAGGATCTACTGAGAAGGCTTTTAGAATCTCCAGAGG CTTGGCATGAGCACGTTCGTCATCAAGTCGGAGCGATGATAATAGAAGTA TCTTACGGATTAGATGTATTGCACAAAAACGATCCCTTTATAGAGAGCGC GGATAAAGCAGCCGTGACGTTCGCAATGGCCATCAAACCCGGAGCTTTCC TTGTCAATACCGTGCCCATTTTAAAATACGTTCCTAGTTGGTTCCCCGGT GCAGGATTTCAGAGAAAAGCTAAGGAGTGGAAAAGGTATAACGACGCAGT GCTAGAAGCACCATTTAAGGCTTTGAAAGAAGAGATTACCAATGGGGCGG CAAGACCATCTTTTGCCCAACAATGCCTGCAGAATATGGACCCGAACATT GACACGGCATATCAGGAACGTGTGATAAAGGACACAAGTGCTGCGATGTA TGGGGGAGGATCAGACACGTCAGTTTCATTTTTGGCTACATTCGTCCTGG CTATGTTACAGTACCCCTCTGTCCAACGTCGGGCTCAGGTTGAGCTTGAC TCCGTGCTAGGACGTGATCGTTTGCCAACATTCGACGACATGCCGGACCT TCCCTATCTAGCAGCCGTTATGAAAGAGTGCCACAGATGGGAAATAGTTT TGCCGCTTGCGATACCTCACATGCTTACCGCTGATGACGAGTACAGAGGA TGGTTCCTTTTATCCGGCACGTTAGTTATCCCAAATAGCTGGGCAATACT AAACGATCCTACGGTTTATCCCGATCCGTCTACTTTCAATCCTGAACGTT TCTTAAAAGACGGGAAGATTGACCCCAATGTACAAGATCCCGAGCTTGCG GCTTTTGGATACGGCAGAAGGACTTGTCCCGGCCGTAGGATAACCAACGC TTTTACCTGGCTTTCCGCGGGATATATACTAGCCAGCTTCAATATAGAAA ATGCAGTTGGTAATGATGGTATGCCCATCGAGCCCAAAGTTAAGTACCGT TCTGAAACAATCAGACACCCAGATACTTTTGAGTGCGTCTTCACCCCAAG GTCAGATGATACCAGAGATATGATCGGTAGCGCGTACACA

Seq. ID No: 177

>T4H_3ATGGGCAGGTGGCCCATAATTGGGAATCTATTAGACATGCCGCA GAAATCCCCTTGGCTTACTTATGCCAAATGGAGTGAAGATTGCGACTCTG ACATAATACACTTGAATGTCCTGGGTACGAGTATAGTCGTTTTATCTTCT TTAGAGGCAATAAGTACGTTACTAGAGGGTAAGGCGGTCGATTTTAGTGA TAGGCCTAAATCTACGATGATGTCCGAGCTTATGGGGTGGGAAAGGGGCT TCGCGTTTATGCCCTATGGCCAGTTATGGAGATCCCACAGGAAAGCATTC CATCAGGAGTTCAGCCCCCAGGTGGCGCACAGAAATCACCCGAAGTTAAT TAAGGCGACACATAACTTACTGCGTCTGCTTCTGAACACCCCACAGCACT GGCATGGGCATATTCGTAGACAAGCCGGGGCATCAATTATGGATATAGCA TACGGTATTGAAGTACTACCTGAAAACGATCCGTACTTAGATATAGCAGA GGCAGCCGTGAAGGCATTCAACGATGCCAGCGTGCCTGGCGCATTTCTAG TCGATTCTATACCCCTACTTAAACATGTTCCGGCATGGGTCCCCGGGGCG GGCTTTCAGCTTAAAGCAAAGGAGGGTAGACAGGCACTAGAAAACCTAAT TGACTCACCTTACAACGCGATGAAAAAGGATCTTGCTGGCGGAAAAGCTA AGAGCAGCTACACGTCTAGGTCCTTGGCAGCAATGGATGCGACTGGTGTG ATTGAAGAAAATGAGACGATAATAAGGGAGACAGCGGCAATGGTGTATTT AGGGGGAAGCGACTCCACCCCGAGCACGACATCCGTGTTCATACTGGCCA TGTTAGCCCATCCCGAGGTGCAGAGAAAAGCTCATGCGGAGCTGGACAGC GTGATCGGGAAAGCACAGCTTCCTACCTTTAAAGACCGTGGCTCACTACC ATATGTTACGGCTGTGGCAAAAGAAGTCCTGAGGTGGGAACCTGTAGCGC CGCTGGCGGTTCCTCGTAAGGTTCGTGTGGACTCCGAGTACAAGGGGTAC AGGATACCCAAGGGCTCTATAGTCTTTCAAAACTCTTGGGCCCTTCTGCA TGACGAGAAGACTTACCCTAACCCGTTAGCGTTCAACCCCGAGAGATTCC TGAAAGACGGTCAATTAGACCCTAACGTCCAGGACCCAGATGTTGTGGCC TTCGGGTATGGAAGGCGTTCTTGTCCGGGTAAAACGATGGGCTATGACTC CGTATGGCTGAACGTGGCAAGTATTCTAGCCGCCTTCGACATTAAGAAGG TTGCGAACCCGGATTCCACGAACGTGGAACCAAAGTTTGAACCGTTTGGA ATAACCGTT

Seq. ID No: 178

>T4H_4ATGTATCTATTTAAGGCATACCTACGTCCTTCTCGTAGGTTACC CCCAGGGCCAAGGGGGTGGCCCCTAATAGGAAACTTGCTAGACATGCCGA CCTCCGACGAATGGGTAAGATACGCCCAATGGGTCCGTGAGTTTAAGTCT GACGTTATCCACTTAGAAGTGTGTGGGACGCACATCGTTATTCTTAATAG TGTAGAAAGCGCAGTTGATCTTTTAGAGAAGCGTTCATCCCTGTACTCAT CTCGTCCGCCAACGCCTATGATGAGTGACCTGATGGGGTGGTCTTGGAAT ACAGCTATGCTTCCGTACAACGACGAGTGGAGAGCGCAAAGGCGTCATTT CCACGGTGAGTTCGACGGTAGAGCAATAGGAAAGCATTATCCTCCGATCA TTAGAAGCACGCACGATTTGTTGCAAAGATTGTTGGACACCCCAGAGCAA TGGCAGAGTCATATAAGGCACTTGGTCGGTGCAACGATATTGGATGTCGC ATACGGAATCGAAGTTCTTCCAGCCGACGACCCATATGTACGTACAGCCG AAGCTGCCTTTGCCTCCGTATCTGAGGCTATGGTGCCAGGCGCTTTCCTT GTCGATGTACTGCCAATTTTGAAGCACATGCCGAGTTGGATGCCAGGGGC AGGCTTCAAAAGAAAGGCAGTGGCGTGGAAGAAATTGGCAGACGCAGTTT TTGATGCACCCTTCGCGGCGATGAAACAAGCAATGGCAGCGGGTACTGCG AAGTCTTCATTTGGCAGTAGAAGTCTGAGGGATATAGACATTAAGGGAAA CGTACAGAGCCAAGAGTTCTCTATCCAGGCCGCGGCTGGCACCATGTATA ATGCCGGGTCAGACACGACAGTTGCGCTTTTAGAAACGTTCATGCTTGCT ATGGTCCTACATCCCGAAGTCCAAACCAAGGCGCAAGCCGAAATGGACTT AGTCCTAGGGAGAAGCAACTTGCCCACATTCGCTGACCAGGAGAGTTTGA GCTACTTAGCAGCTGTAATGCAAGAAGTTTTTAGGTGGCAAGTCGTCGCG CCCTTCGGCGTGCCGCACATGTCAACCGCAGACGATGAATACCGTGGTTA TTTCATACCGGAAGGTACCATTGTAATTCCGAACGCCCATCAGATGCTGA ACGATGAAGATGTTTATCCAGAGCCGTCCAAATTCAAACCCGAAAGATTT TTAAAGGATGGCAAGCTAGACTTATCAGTGCGTAGCCCCCTAATTGCAGC ATTCGGCTTCGGTAGAAGGATTTGTCCTGGCAGAGCCTTAGGAGAGAACT CCGCCTGGTTGGCAGCTGGGTCCATCCTGACTATGTTCAATTTGTCTAAA GCGACGGACCACAATGGTGTCACGATAGAACCCTCCGGCAGATATACATC AGGTCTGGTTAGACACCCCGAGACGTTTAAATGTCAAATTACTCCCAGAT CCAATGAGCCGAGAAGAGAACTGGCAGGGGAGATTGAATTGATCACGGGC AGGATTCAAGAGTCTGAAGAAGCG

Seq. ID No: 179

>T4H_CPR_chimera_1TCCAGTAGCTCAAGCGGTTCAGTGGCCTACTT TACGAAAGGCACTTATTGGGCAGTCCCCAAGGACCCATATGCATCCTCCT ATGGCGCAGCTAATGGGGCGAAGGCGGGAAAGACAAGAGACATCATAGAG AAAATGGAGGAGACCGGGAAAAACTGTGTAATCTTCTACGGCTCTCAAAC CGGGACAGCTGAAGATTACGCTAGTAGATTGGCAAAAGAAGGGAGTCAAA GGTTCGGACTAAAGACTATGGTCGCGGATTTAGAAGAATATGACTACGAG AATCTGGACAAATGGCCAGAGGACAAAGTAGCATTCTTTGTACTTGCTAC ATACGGCGAGGGGGAGCCTACGGATAACGCTGTACAATTACTGCAAAATT TGCAGGATGAGAGCTTTGAGTTTTCTTCCGGTGAACGTAAGTTAAGTGGG CTGAAATACGTTGTTTTTGGCCTTGGTAATAAAACATATGAGCACTACAA CTTGATCGGCCGTACAGTTGATGCTCAACTAGCAAAGATGGGGGCGATCA GAATAGGAGAAAGAGGGGAGGGCGATGACGATAAGTCTATGGAGGAAGAT TATCTTGAGTGGAAGGACGGTATGTGGGAAGCGTTTGCCACGGCGATGGG AGTTGAAGAAGGCCAAGGAGGTGATTCCGCCGACTTTGTTGTTAGCGAGC TGGAATCACATCCACCTGAGAAAGTCTATCAAGGCGAATTTAGCGCGAGA GCCTTAACTAAAACAAAGGGGATTCACGATGCGAAAAATCCGTTTGCTGC ACCGATCGCAGTTGCACGTGAGTTGTTTCAAAGCGTAGTGGACCGTAATT GTGTCCACGTAGAGTTCAATATCGAGGGAAGCGGGATCACGTATCAACAC GGGGACCATGTCGGTCTATGGCCTCTGAATCCGGATGTAGAGGTAGAAAG ATTATTATGCGTCCTAGGTCTAGCCGAAAAGAGAGACGCAGTTATAAGCA TTGAGAGCCTAGACCCAGCTTTAGCTAAGGTCCCCTTTCCAGTACCTACC ACCTACGGTGCAGTTCTACGTCACTACATCGACATATCCGCCGTTGCTGG CCGTCAGATCCTTGGCACTTTATCAAAATTCGCGCCGACTCCGGAAGCCG AAGCCTTTCTAAGGAATCTAAATACCAACAAAGAAGAGTACCATAATGTC GTAGCCAACGGCTGCTTGAAGTTGGGTGAGATCCTGCAGATCGCGACTGG CAATGACATAACCGTTCCCCCGACCACGGCCAACACGACAAAGTGGCCCA TACCTTTTGACATTATAGTAAGCGCGATACCAAGGTTGCAGCCAAGATAT TATTCCATTAGTAGTTCCCCGAAAATCCACCCTAACACGATACATGCAAC TGTCGTCGTATTAAAGTACGAAAACGTGCCGACAGAGCCCATTCCCAGGA AGTGGGTTTATGGGGTGGGGTCCAACTTTCTATTAAACCTGAAGTATGCT GTGAACAAGGAGCCAGTACCCTACATCACGCAGAATGGTGAACAGCGTGT CGGAGTCCCAGAATATCTAATAGCGGGCCCTAGGGGGAGTTACAAAACAG AGTCCTTCTACAAGGCCCCCATACATGTGAGAAGATCTACCTTCAGGCTA CCCACCAATCCGAAAAGTCCAGTTATCATGATTGGACCGGGTACGGGCGT TGCACCGTTTCGTGGCTTCGTACAGGAGAGGGTCGCACTGGCTCGTCGTT CCATTGAAAAGAATGGGCCGGACAGCCTGGCTGACTGGGGACGTATTTCC TTGTTTTACGGTTGCAGACGTAGCGATGAAGATTTCCTTTACAAAGATGA GTGGCCACAGTATGAGGCCGAGCTTAAAGGCAAGTTCAAGCTACACTGTG CTTTCAGCCGTCAGAACTATAAACCCGATGGCAGTAAAATTTATGTGCAA GACCTGATATGGGAAGATCGTGAGCATATCGCAGATGCGATACTTAACGG TAAGGGTTATGTATACATCTGTGGAGAAGCAAAGTCAATGAGCAAACAGG TAGAAGAGGTTCTGGCCAAAATTCTGGGTGAAGCCAAAGGGGGCTCTGGT CCGGTAGAAGGAGTGGCCGAAGTCAAACTGTTGAAGGAGCGTAGCAGACT AATGCTAGACGTCTGGAGC

Seq. ID No: 180

>T4H_CPR_chimera_2TCTTCATCATCCAGTTCAGGGACGATAGCTTA TTTTACCAAAGGAACCTACTGGGGTATTGTCAAAGATCCATATGCTCCTA ACTATCCTCCTGCAAATGGGAATAAGCCCGCCAAAACAAGAAATATTGTT GAGAAAATGGACGAAAGCAACAAGAATTGTGTTGTATTCTATGGTTCCCA GACTGGAACTGCCGAAGATTACGCGAGTCGTTTAGCCAAGGAAGGGAAAT CACGTTTCGGGCTGGAAACGATGGTAGCTGATCTTGAGGACTATGACTTC GATAACTTGGACACACTAGGAGATGACAAAGTTGCAATTTTTGTGTTGGC AACCTATGGTGAGGGGGAGCCCACAGATAACGCGGTTCAATTGCTACAGA ATTTACAAGACGAGAGCTTTGAGTTTTCATCTGGCGAGAGGAAGCTAAGT GGATTGAAATATGTGGTCTTTGGACTAGGAAACAAGACATATGAACACTA CAATTTGATAGGAAGAACCGTTGATGCTCAGCTTGCTAAGATGGGTGCTA TACGTATCGGAGAAAGAGGGGAAGGAGACGACGACAAATCTATGGAGGAG GACTATCTTGAATGGAAAGATGGGATGTGGGAGGCATTTGCCACGGCAAT GGGGGTGGAAGAAGGCCAGGGTGGTGATTCCGCTGACTTTGTTGTGAGCG AATTGGAAAGTCATCCTCCTGAGAAAGTTTATCAAGGGGAATTTAGCGCG CGTGCTCTGACAAAGACTAAAGGAATACATGACGCAAAGAACCCCTTCGC CGCTCCCATAGCGGTCGCCAGGGAGCTGTTCCAGTCTGTCGTTGACAGAA ATTGCGTGCACGTAGAGTTCAACATTGAAGGTAGTGGTATTACATACCAA CATGGTGATCATGTCGGACTTTGGCCTCTTAACCCGGATGTAGAAGTTGA ACGTCTGCTTTGTGTGTTAGGCCTGGCCGAAAAACGTGACGCCGTTATAA GCATTGAGTCTCTGGACCCTGCATTAGCAAAGGTCCCGTTCCCTGTTCCT ACGACATACGGTGCTGTCCTTCGTCATTACATTGATATCAGTGCTGTAGC AGGAAGGCAAATTCTAGGGACCCTAAGTAAGTTTGCACCAACCCCGGAAG CAGAGGCATTTTTACGTAACTTAAATACCAATAAAGAAGAATACCACAAC GTAGTAGCGAACGGATGTCTAAAACTTGGAGAGATTTTACAAATTGCTAC CGGCAACGACATTACGGTACCGCCGACCACGGCCAATACAACTAAGTGGC CGATACCATTTGACATCATAGTGTCAGCCATACCGCGTTTGCAACCACGT TATTACTCTATCTCAAGTAGCCCAAAGATCCACCCCAACACAATTCATGC AACCGTGGTGGTTTTGAAGTATGAGAACGTCCCAACGGAGCCTATCCCCA GGAAGTGGGTATACGGAGTGGGTTCTAACTTTTTGTTAAACTTAAAATAC GCAGTAAATAAAGAGCCTGTCCCGTACATAACACAGAATGGGGAACAGCG TGTTGGCGTGCCTGAGTATTTGATCGCTGGACCCAGAGGCTCTTATAAAA CTGAAAGTTTTTACAAGGCCCCGATCCACGTGAGGAGGAGCACCTTCAGA TTACCCACCAATCCTAAGTCCCCAGTCATAATGATCGGGCCTGGAACAGG CGTGGCCCCCTTTAGGGGCTTTGTTCAAGAGAGAGTAGCATTGGCGCGTC GTTCCATAGAAAAGAACGGCCCAGATTCACTGGCCGACTGGGGCAGGATT AGTTTGTTTTACGGGTGCCGTCGTTCTGATGAAGATTTCTTGTACAAAGA TGAGTGGCCGCAGTACGAAGCGGAATTGAAAGGCAAATTTAAATTACACT GCGCCTTTAGTCGTCAGAACTACAAGCCGGACGGCAGCAAGATTTATGTC CAGGATCTTATATGGGAGGACAGAGAACACATCGCAGATGCGATACTGAA TGGTAAGGGCTACGTTTACATATGTGGAGAAGCCAAATCCATGTCTAAAC AGGTTGAAGAGGTCCTAGCCAAAATACTAGGGGAGGCAAAAGGGGGTAGT GGCCCCGTAGAGGGGGTGGCTGAAGTTAAGCTGTTAAAGGAGAGGAGTAG ACTAATGTTAGATGTGTGGAGC

Seq. ID No: 181

>T5H-CPR_1AGCAGTAGCTCCTCCTCAGGCGGCTTACTTGCCTTTTTAT ACTTATTTAGGGGTACGTTATTTGCATCAGGAAAAGCGAGCGATGCCGGG TCAAAATTAGCAGGAGGGTCTGATCTGGACAGCAGTGCTGACGCCGCTGC CAACGACTTTGTTACTAAACTGACGTCCCAAAATAAACGTATAGCTATTT TCTACGGAAGCCAGACGGGAACAGCAGAAGAGTATGCGACAAAGATCGCT AAAGAAGCGAAAGCCCGTTTTGGAACGTCATCCCTTGTGTGTGACCCCGA GGAGTATGAATTTGAAAAATTAGACCAGTTGCCTTCCGATTGTGTGGCCT GTTTTGTCATGGCGACCTACGGAGAGGGCGAACCGACCGACAACGCAGTG GGTCTTATGGAGTTCTTAGATGGAGAAGATGTGCAGTTCAGCAATGGGTC TAGCCTGGATAATCTTAACTACGTTATCTTTGGCCTAGGAAATAGAACTT ACGAGCACTATAACGCAATCGCACGTAAACTAGACGCCCGTCTTGAATCT CTAGGGGCGAAGAGGATAGGCGAGAGGGGCGAGGGAGATGACGATAAGAG TATGGAGGAGGATTATTTAGCTTGGAAAGATGGAATGTTTGAAGCCTTGG CAAGCTCATTAGGTTTCGAAGAGGGCGGAGGGGGCGACGTGGCCGATTTT AAGGTACGTGAGGTAGCAGATCACCCGGAAGATAAAGTGTATAGGGGTGA ACTTTCTGCGAGAGCCTTGCTAGGCACGAAGGGCATTCATGATGCCAAGA ACCCCTACAACGCAGTAGTAAAGGAGGCTAGGGAACTATTCGTCGAAGGG ACAGCTGACAGGACGTGTGTCCATGTTGAGTTCGACATCGAGGGTTCCGG AATCTCCTACCAACACGGTGATCATATAGCCGTATGGGCTCATAATCCTG AACAGGAAGTTGAAAGAGCATTAGCCGTCCTTGGTTTGCTGGGCAAACGT GATACGGTGATAGATGTAGAAAGTCTCGATCCCACCTTGGCGAAGGTTCC TTTTCCGGTTCCAACTACGTACGAGGCCGTCTTTAGACATTACCTGGATA TTTGTGCACACGCGAGCAGACAAACTCTGAACAACTTCGCAAAGTATGCG CCCACCCCCGAAGCCCGTGCTAAGCTGGAGAAAGCCTGCGGAGACAAGGC AGCGTTCCAAGAGGCAATAGGCCATAGATGTCTGAAAACTTTTGAGGCAT TACAATTGATTGTCGGCGATGATCTAGGTGGTGACTCCGTTGCAAAAGCT ACTGCCTGGGAGATACCATTTGATAGAGTAATCTCTGACCTTCCCAGAGT CGGACCAAGGTTTTATTCAATATCATCTTCACCTAAGATGCACCCCAAGA CGGTGCACATCACGGCTGTCGTGTTGAGATATAGGCCAGAGGCAGCAGGG CAAGACTCCCCGTACGTTCATGGCTTAGCAACGAACTTTATATCCGCTAT AAAGATGGCTAAAAATAATGAGCAGCCTAGTGGACCGGATGATCCGAGAT TCGGAACTCCTGGGTATGACCTAGCAGGCCCCAGGGGTGCCTACACAAAA GAGAGTCTATTTAGGGCCCCTATCCATATAAGACGTAGTAATTTCCGTCT ACCCACGTCACCCAAAATCCCAGTAATCATGGTAGGTCCTGGCACGGGGG TCGCACCCTTTCGTTCATTCGTGCAGGAGCGTGTCTGCAGCGCACAGAAG ACCTGTGATAAAGTAAATCAATCCCCGGCCGAGGCCCTTCAGGACTGGGG TAATATCTGGCTATTCTATGGTTGTAGAAGGAGCAACGAAGACTTCCTGT ATAAGGATGAGTGGCCCGAGTACGCGAGCAAGCTGGGAGGGAAATTCCAA ATGGAGACAGCCGTCAGTAGAGAGAAGTTCAAGCCAGACGGCAGTAAACT TTATGTGCAGGACTTAATATGGGAGAGGCGTAAAGAACTGGCACAAGATA TACTAGATAAGAAAGCGTATATTTACATCTGTGGTGAGGCGAAAGGGATG GCCCACGATGTCGAAGAAATGTTTGGTAGGGTGCTTGAGGAGGCTAAAGG TTCCGCTGAAGCTGGCAGACGTGAACTTAAATTACTGAAGGAGAGGTCCC GTTTACTTTTAGACGTTTGGTCT

Seq. ID No: 182

>T5H-CPR_2TCCTCCAGCTCTTCATCACTGTTCTCAACTACTGACGTGA TTCTATTCAGCCTTATTGTGGGTGTCATGACATATTGGTTTCTGTTTCGT AAGAAGAAGGAGGAAGTGCCAGAATTTACAAAAATACAGACAACAACGAG TTCAGTGAAAGATCGTTCTTTCGTCGAAAAGATGAAGAAGACAGGTCGTA ATATCATTGTGTTTTATGGAAGTCAGACCGGGACCGCAGAGGAGTTTGCC AACCGTCTGTCCAAGGACGCGCACAGATATGGAATGCGTGGTATGGCTGC CGATCCTGAAGAGTACGATCTAGCGGACCTGTCATCACTGCCTGAGATAG AAAAAGCCTTGGCAATCTTTTGTATGGCGACTTATGGTGAGGGCGACCCC ACGGACAATGCCCAGGACTTTTACGACTGGCTTCAGGAGACAGACGTCGA TCTTAGCGGCGTTAAATATGCAGTCTTCGCCTTGGGAAACAAGACATACG AGCATTTCAACGCGATGGGAAAATACGTAGACAAAAGGCTAGAGCAACTT GGGGCACAGAGAATATTTGATCTTGGATTGGGAGATGATGACGGAAATTT GGAGGAAGACTTCATTACATGGAGGGAGCAGTTTTGGCCGGCTGTGTGCG AGCACTTTGGGGTCGAAGCCACCGGTGAGGAAAGCAGTATAAGGCAGTAT GAACTTATGGTGCATACCGATATGGACATGGCCAAAGTATATACGGGAGA GATGGGTCGTCTAAAGAGTTATGAAAATCAGAAGCCGCCCTTTGATGCCA AGAACCCTTTCCTGGCCGTTGTCACGACCAATAGAAAGCTAAATCAAGGC ACGGAGAGGCACCTTATGCACCTGGAGCTTGATATTTCAGATAGCAAGAT ACGTTACGAAAGCGGGGACCATGTCGCCGTCTATCCTGCAAACGACTCCG CACTGGTTAACCAGTTAGGAGAGATATTGGGCGCTGATCTTGATATAATA ATGTCCCTAAACAACCTGGACGAAGAAAGCAACAAAAAGCATCCGTTTCC TTGCCCAACCAGCTACAGGACTGCGTTAACGTATTATTTGGATATCACTA ACCCTCCTAGAACCAACGTGTTATACGAATTAGCACAATACGCGAGCGAG CCGACCGAACACGAGCAACTGAGGAAAATGGCTAGTAGCTCAGGGGAAGG AAAGGAGTTATATCTGAGATGGGTCCTAGAGGCAAGGCGTCATATCTTAG CCATTCTACAGGATTATCCGTCCCTTAGGCCTCCCATAGACCATTTATGT GAGTTATTGCCCAGATTGCAAGCGAGATATTACTCCATCGCAAGTTCATC AAAAGTTCATCCTAATTCTGTGCACATCTGTGCGGTAGCGGTGGAATATG AAACTAAAACGGGGAGGATTAATAAGGGTGTCGCTACGAGCTGGCTAAGG GCTAAAGAGCCGGCTGGCGAAAATGGCGGACGTGCATTGGTCCCAATGTA CGTAAGAAAGTCCCAGTTCAGACTACCTTTCAAGGCGACGACGCCTGTCA TAATGGTAGGCCCAGGTACCGGTGTGGCTCCATTTATCGGGTTCATTCAG GAAAGAGCGTGGCTGAGGCAACAGGGAAAGGAGGTCGGTGAGACACTATT GTACTACGGCTGCAGGAGGAGTGACGAGGATTACCTTTACAGGGAAGAGT TGGCAGGCTTTCATAAAGATGGTGCCCTTACACAGCTTAACGTCGCCTTC AGTAGAGAACAGCCGCAAAAGGTTTATGTTCAACACTTACTTAAAAAGGA CAAAGAACACTTGTGGAAACTAATACATGAGGGTGGGGCGCATATTTATG TGTGTGGAGATGCGAGGAATATGGCTCGTGATGTGCAAAATACGTTTTAT GACATAGTGGCTGAGCAGGGGGCGATGGAACATGCCCAAGCCGTGGATTA CGTCAAGAAGTTAATGACCAAAGGCCGTTACAGCCTAGACGTTTGGTCT

Seq. ID No: 183

>T5H-CPR_3AGTAGCTCCTCATCATCCGAGGCAGTAGCCGAGGAGGTTT CCCTGTTTTCTATGACTGATATGATCCTATTCTCCTTGATTGTTGGTTTG TTGACGTACTGGTTTCTTTTTCGTAAGAAGAAAGAAGAGGTTCCGGAATT TACTAAGATTCAAACTTTGACCAGTAGCGTCCGTGAGTCATCTTTCGTCG AAAAGATGAAAAAGACAGGTAGAAATATCATAGTATTCTACGGCAGTCAA ACCGGTACAGCGGAGGAGTTCGCTAACAGATTATCTAAGGATGCCCACCG TTATGGCATGAGAGGAATGTCCGCTGATCCTGAGGAGTACGATCTGGCTG ACCTAAGCTCCCTACCCGAAATTGATAATGCACTGGTGGTTTTCTGTATG GCTACATACGGGGAGGGAGACCCGACGGACAACGCTCAAGACTTCTACGA CTGGCTGCAGGAAACAGACGTTGACCTGTCTGGTGTAAAATTCGCGGTGT TTGGCCTGGGGAATAAGACTTATGAGCACTTCAACGCGATGGGAAAATAT GTTGATAAAAGACTTGAGCAACTTGGAGCACAGAGGATTTTCGAACTTGG ATTGGGAGATGACGACGGTAACTTAGAGGAGGATTTTATCACCTGGCGTG AACAATTCTGGCCCGCAGTGTGTGAACATTTCGGGGTGGAGGCGACCGGT GAGGAAAGCTCAATCAGGCAATACGAGTTGGTGGTTCATACCGATATAGA CGCCGCCAAAGTTTACATGGGAGAGATGGGCAGACTGAAGTCTTACGAGA ATCAAAAGCCCCCTTTCGACGCCAAGAACCCATTTTTAGCGGCAGTCACT ACTAATAGGAAACTGAACCAAGGCACCGAACGTCACCTTATGCATCTGGA ACTGGATATCAGCGATAGCAAGATCAGGTATGAATCAGGAGATCATGTGG CGGTCTATCCTGCCAACGATTCAGCTCTTGTCAACCAGTTGGGAAAAATT TTGGGTGCTGACTTAGACGTTGTAATGTCACTTAACAATTTAGATGAGGA GAGCAACAAAAAGCACCCTTTCCCCTGCCCCACAAGCTACAGGACCGCAT TAACTTATTACCTAGACATAACGAACCCTCCACGTACTAACGTCTTATAT GAATTGGCACAATACGCCTCCGAACCGTCCGAACAGGAGTTACTGCGTAA GATGGCTAGTAGTTCAGGAGAAGGTAAGGAATTATACCTAAGTTGGGTTG TAGAGGCAAGGAGACACATCCTTGCCATATTGCAAGATTGTCCATCTCTG AGGCCACCAATCGACCACCTTTGCGAGTTGCTACCTAGACTTCAGGCGAG GTACTATAGTATAGCATCTTCCAGCAAAGTGCATCCCAATTCAGTGCATA TTTGCGCCGTTGTCGTTGAATACGAAACAAAGGCAGGAAGGATCAATAAG GGCGTCGCGACAAATTGGCTGCGTGCGAAGGAGCCTGCGGGGGAGAACGG TGGACGTGCTCTAGTTCCGATGTTTGTTAGAAAATCTCAATTCCGTTTGC CTTTTAAAGCTACCACCCCCGTAATAATGGTAGGTCCAGGAACCGGTGTA GCACCATTTATTGGTTTCATACAAGAAAGAGCTTGGCTAAGGCAGCAAGG AAAGGAAGTAGGCGAGACCTTGTTATATTATGGTTGTCGTCGTTCAGATG AGGATTACCTGTACAGAGAGGAGCTGGCTCAATTCCATCGTGATGGGGCT CTGACCCAATTAAATGTGGCATTCAGCCGTGAACAATCTCACAAAGTGTA TGTTCAACATTTGCTAAAACAGGATAGAGAACATCTATGGAAATTAATAG AAGGGGGTGCTCACATATATGTCTGCGGGGATGCCAGAAATATGGCGCGT GACGTGCAGAACACGTTTTATGACATTGTGGCCGAGCTAGGCGCGATGGA GCACGCCCAAGCCGTCGATTACATCAAAAAGTTGATGACGAAGGGCAGGT ACTCATTAGATGTGTGGAGT

Seq. ID No: 184

>T5H-CPR_4TCCTCTAGCAGTAGCTCTGCCGCGGCTGCAGACGGCGACG GTGGGCAATCTCGTAGACTTCTGGCTTTACTGGCTACCAGTCTAGCAGTA TTAGTGGGATGCGGCGTTGCGTTATTGTTCAGGAGAAGTAGTAGTGGTGC AGCTCCACTAGCTAGGCAGGCCGCTGCAGCCAAACCCCTTGCAGCTAAAA AGGACCAGGAACCAGATCCAGATGACGGCAGGCAAAGGGTCGCCTTGTTC TTCGGCACCCAGACCGGGACAGCGGAGGGTTTTGCGAAGGCACTAGCCGA GGAAGCCAAGGCGAGGTACGATAAAGCAGTGTTTAAAGTCTTGGATCTGG ACGATTACGCAGCCGAGGATGAAGAATATGAAGAAAAGTTGAAAAAGGAG AACATCGCGTTTTTCTTTTTGGCAACGTATGGGGATGGAGAACCAACAGA CAACGCAGCGAGATTTTACAAGTGGTTCAGCGAAGGGAATGAAAGGGGTG AGTGGTTGTCTAACCTGCAGTACGGGGTATTTGCATTGGGGAATAGACAG TACGAACATTTTAATAAGGTCGGAAAGGAAGTGGACCAACTACTGGCAGA ACAGGGCGGGAAAAGAATTGTACCTGTTGGATTGGGTGATGACGACCAAT GTATAGAAGATGACTTCAACGCGTGGAAAGAGTTACTGTGGCCTGAACTG GATAAACTTTTGAGGGTAGAAGACAACTCATCCGCAGCTCAAAGTCCCTA TACTGCGGCGATTCCTCAATATAGAATAGTGCTAACAAAACCCGAAGACG CAACACATATTAATAAGAGCTTTAGTCTGTCAAATGGACACGTGGTGTAC GACTCACAACACCCGTGCAGGGCCAACGTGGCGGTAAGACGTGAGTTACA CACGCCGGCAAGTGACAGGAGCTGCATTCATCTTGAGTTCGACATCGCCG GGACCTCACTTACGTACGAGACGGGAGATCACGTTGGAGTATATGCCGAG AACAGTACTGAGACGGTGGAGGAGGCGGAAAAACTACTTGATTACAGCCC AGATACTTATTTCAGCATTTATGCAGATCAAGAGGACGGTACCCCATTGT TTGGTGGTAGTCTGCCACCCCCGTTTCCGCCATGTACAGTAAGGGTGGCT TTAGCAAGATATGCTGACCTATTAAATTCCCCCAAGAAGAGTGTATTATT AGCCCTGGCCGCTCATGCATCCGACCCCAAGGAAGCTGAGAGGCTGCGTC ACCTGGCATCTCCGGCTGGAAAGAAGGAGTATTCTCAGTGGATTATAGCG TCTCAAAGGTCTCTGTTAGAGGTAATATCAGAGTTTCCCTCCGCTAAGCC ACCACTGGGAGTTTTCTTCGCAGCGATTGCCCCGAGGTTACAACCGCGTT ATTACTCCATTAGCAGCAGTCCCAGGATGGCGCCCACAAGAATACATGTC ACCTGTTCATTGGTGCACGGCCAATCTCCCACCGGTAGAATCCACAAAGG CGTATGCAGTACATGGATGAAAAACAGTACGCCCAGCGAGGAAGAGTCCG AGGAGTGTTCCTGGGCACCAATCTTTGTGAGACAATCCAATTTCAAGCTA CCCGCCGATCCCACTGTCCCGATCATTATGGTGGGGCCTGGAACAGGTCT AGCTCCATTCAGGGGTTTTCTACAGGAAAGACTGGCTTTAAAAGAAACGG GAGTTGAGTTGGGGCGTGCAATTCTATTTTTCGGATGTCGTAATCGTCAA ATGGATTTTATTTACGAGGATGAGCTGAACAATTTTACGGAAAGTGGCGC GCTTTCCGAGCTGGTAGTTGCCTTTTCTCGTGAAGGTCCCACCAAGGAAT ATGTTCAACACAAGATGGCAGAAAAAGCGGCAGATTTATGGTCAATAGTA TCTCAAGGGGGTTATGTCTATGTGTGCGGGGACGCTAAGGGAATGGCACG TGACGTGCACAGAGCATTGCACACCATAGTACAGGAACAAGTCACACAAA GGACCTCCAACTTTGGGCTTTGGAAGTTCCGTCTTGTTTCACTAAAT

Seq. ID No: 185

>T5H-CPR_5AGTTCATCTTCATCATCTGCGGCAGCCGCAGGCGGCGATC CACTAGCCGCGCTGGCTGCCACCGCCGCAGCGTTAGTGGCAGGAGTAGTA ATACTAGCTGTTTGGTTCAGGTCAGGTGGAGGTGCGCCTCCGAAAGCAGC TGCTCCACCACCTCGTCCACCTCCGGTTAAGATTGAAGCCGACGCAGATG CTGATGATGGCAGGAAGAGGGTGACCGTGTTCTTTGGCACTCAGACCGGG ACCGCAGAAGGCTTTGCCAAAGCGATGGCCGAAGAAGCTAGGGCCCGTTA CGAAAAGGCTGTGTTCAAAGTCGTTGACCTGGATGACTATGCGGCAGAGG ATGAGGAATATGAGGAAAAACTTCGTAAAGAAACCATCGTCTTACTGTTC CTGGCGACGTATGGGGACGGTGAGCCTACCGACAATGCGGCGCGTTTCTA TAAGTGGTTTACAGAAGGTAAAGAAAAAGAGGTTTGGCTAAAAGACCTAA AATATGCGGTATTTGGATTGGGTAACAGACAATACGAGCACTTTAATAAG GTCGCCAAGGTAGTCGATGAGCTATTGGAGGAACAAGGAGGGAAAAGACT TGTTCCCGTGGGTTTAGGAGATGATGACCAGTGCATAGAGGATGATTTCA CGGCTTGGAAGGAGCAGGTCTGGCCAGAACTTGATCAGCTTTTAAGAGAC GAAGACGACACAACGGGTGCATCTACACCTTACACTGCGGCCATACCCGA ATATCGTATCGTTTTCATTGATAAGAGCGATGTATCATTTCAAGACAAGA GCTGGTCCCTTGCAAACGGTTCAGGGGTCATAGATATTCATCATCCTGTA AGGAGTAACGTCGCAGTCCGTAAAGAGTTGCACAAGCCGGCTTCTGATAG GTCTTGTATCCACTTGGAGTTCGACATTTCAGGCACCGGCCTTGTGTATG AGACCGGCGATCATGTCGGGGTGTATAGCGAGAATGCCATCGAAACAGTT GAGCAAGCGGAAAAGCTACTAGACCTTTCTCCAGATACGTTCTTTAGCGT CCATGCAGATGCAGAGGACGGATCTCCCAGAAAAGGAGGGGGATCTTTAG CCCCACCCTTCCCGTCTCCATGTACTCTTAGAACCGCCCTATTGAGGTAT GCTGACCTGCTGAACAGTCCTAAGAAAGCTGCATTAGTAGCTCTGGCAGC GCATGCGTCCGATCTAGCTGAAGCAGAAAGGCTACGTTTCTTGGCTTCCC CAGCCGGAAAAGATGAGTATTCACAATGGGTGGTAGCGTCCCAGAGGTCC CTGTTGGAAGTTATGGCCGCGTTTCCCAGTGCAAAGCCGCCGCTGGGAGT GTTCTTTGCAGCTGTCGCCCCCAGACTTCAACCACGTTACTACTCCATTT CATCCTCTCCGAAAATGGCTCCCTCCCGTATCCACGTCACCTGCGCGCTA GTGTACGGCCCGACTCCTACAGGCCGTATACACCAGGGCGTTTGTAGCAC GTGGATGAAGAATGCAATACCAAGCGAGTACAGTGAGGAGTGTTCCTGGG CACCCATATACGTTAGACAAAGTAATTTTAAACTACCCGCGGACCCGACG ACCCCAATTATTATGATAGGACCCGGTACAGGGCTTGCTCCATTTCGTGG CTTTCTACAAGAACGTTTGGCTTTAAAACAGTCTGGAGTTGAGCTGGGGA ACTCTGTGTTATTTTTCGGGTGTAGAAACCGTAATATGGATTATATTTAC GAAGATGAACTACAGAACTTTATTCAGGAGGGCGCTTTGAGCGAGTTGAT CGTCGCTTTTAGTAGGGAAGGCCCAGCGAAGGAATATGTCCAACACAAAA TGACTGAAAAGGCAACGGAAATCTGGAATATAGTCTCTCAAGGTGGTTAT ATTTACGTTTGCGGGGATGCAAAGGGCATGGCTAGGGACGTCCACCGTGC TTTGCACACTATAGTACAAGAACAAGGCTCTCTTGATAGCAGTAAGACAG AGTCATATGTAAAATCTCTTCAAATGGACGGCCGTTATTTACGTGACGTC TGG

Seq. ID No: 186

>T5H-CPR_6TCTTCCTCCTCCTCAAGCGCCGCTGCATATCTGTTTAGGG ACCAAATTTTTCGTTCTAGCAGTCCGAAAGTAGTAGTACCCGCCCCTTCC AAACTGGCGAACGGCCACGGAAATCCTCGTAACTTTGTTAGTAAGATGAA GGAAGGGAAGAAGAGGATTGTAATCTTTTATGGGAGCCAGACTGGTACCG CGGAGGAGTATGCGATTAGGATCGCTAAAGAAGCTAAAACGAAGTTCGGT CTTACCTCACTGGTTTGCGACCCTGAGGAATACGATTTCGAGAACCTGGA CCAAGTACCAGAAGACTGCTGCGTATTCTTTGTGATGGCCACATACGGAG AGGGGGAACCGACGGACAATGCTGTTCAACTGATGCAAAACTTAGAGGAT GAGTCCTTCGAGTTTAGTAATGGATCACACAGGTTGGACGGTTTGAAATA TGTGGTGTTTGCGCTGGGCAACAAAACGTACGAGCACTATAACGCTATTG GACGTAAGGTAGACACATTGTTAACAGACATGGGGGCGACAAAAATCGGG GAACGTGGAGAAGGAGACGACGATAAGTCAATGGAAGAGGATTATTTAGA GTGGAAAGATGGAATGTGGAAGGCGTTTTCTGAAGCGATGGGTGTAGAGG AAGGGCAGGGCGGGGATACTCCAGATTTTGCTGTTACTGAGCTTGATAGT CACCCGCCAGAGAAAGTATATCTAGGCGAGCTTAGTGCCAGGGCCTTAAC TAGGACTAAAGGCATTTATGACGGTAAAAATCCATACCCCTCCGCCGTAA AACATAGTAGGGAACTTTTTCAGGCTGGTGCAGAGAGGAACTGCGTACAC GCGGAACTAGATATTGAGGGCTCTGGCATTACATATCAGCACGGTGATCA TGTAGGAGTGTGGCCGAGCAACCCCGATGTTGAGGTCGATCGTATGCTAT ACGTGTTAGGTCTATATGGCAAGAAAGACGCCGTGATAAATATAGATTCC CTAGACCCTGCGCTGGCGAAAGTACCCTTCCCCGTACCGACTACATATGC CACGGTTCTGAGACACTACATCGACATATGTGCTGTGGCTGGGCGTCAGA TGTTGGGGGTCCTTAGCAAGTTCGCACCGCATCCGAAAGCCGAGGCTTTC CTGAAATCATTGAATAGCGATAAGGAAGAGTACTCAAACATAGTAACGAA CGGGTGTTTTAAACTGGGTGAAGTTCTGCAGTTAGCGGCAGGCGACGATA TTAAACTATGTCCCACCCCAGACAACACCACAGCTTGGGCAATACCCTTC GATATCATAGTATCCTCTATACCGAGACTACAACCGCGTTTCTACAGTAT TAGTTCCTCTCCCAAATTATACCCCAATGCAATCCATCTAACAGCTGTAG TGCTGAAGTACGATAGTATCCCAAATAGGCTGGTGGAGTCTCGTTTTGTA TATGGCGTGGCCACAAATTTTCTATTGAATGTGAAGTACGCAGCTAATGG TGAGACGGCTCCATTCATCGCCGAACCAGTAATATCTGAGCCGGCACATG TCTCACTTCCAAAATACGCCATAGAAGGACCTAGAGGAGCCCATATCGAG GACAATATTTATAAGATACCGATACATGTCCGTAGATCCACTTTTAGGCT ACCTGCTAATCCGAAGATTCCAGTAATCATGGTCGGACCGGGAACAGGCG TCGCGCCCTTTAGAGGGTTCGTGCAGGAGAGAGTTGCACTTGCTAAACGT AGCATTGAGAAAAATGGGCCAGACGCCCTTGCCGATTGGGGCAGCATTAC ACTGTTTTACGGTTGTAGGAAATCCAATGAAGACTTTTTATATAAGGAAG AGTGGCCTCAATATGCGGAAGAGTTAAAAGGTAAATTTAAGATGCATTGC GCTTTCAGTAGAGAGCCTCCTTACAAGCCTGACGGTAGCAAAATATATGT TCAAGACCTAATCTGGGAAGAAAGAGAGACGATAGCAAAGGCAATTCTTG AAGGAAAGGCGTATGTTTATATCTGCGGTGATGCAAAAGCCATGAGTCGT GCAGTCGAAGACACCCTGGCCAGGATTCTGGGAGAAGCAAAAGGTGGCAA TGCAGAAGTGGAAGGTGCAGCAGAGATGAAGATCTTGAAGGAACGTAGTA GACTACTGCTTGACGTATGGTCT

Seq. ID No: 187

>T5H-CPR_7TCAAGCTCTTCCAGCAGCTCACTGTTTTCTACTACTGACA TGGTACTGTTCTCTTTAATTGTCGGAGTCCTGACCTATTGGTTCATTTTC AGAAAGAAGAAGGAGGAGATTCCCGAGTTCAGTAAAATACAGACTACCGC CCCACCTGTCAAGGAGAGCAGCTTTGTGGAGAAAATGAAGAAAACCGGCA GGAACATTATAGTCTTTTACGGCTCTCAGACCGGCACGGCGGAGGAGTTC GCAAACAGACTGTCCAAAGACGCCCATCGTTATGGTATGCGTGGCATGAG TGCGGACCCAGAAGAATACGACCTTGCGGATTTATCATCCTTGCCGGAAA TTGATAAGTCACTTGTGGTCTTTTGCATGGCAACATACGGAGAGGGTGAC CCAACGGACAACGCGCAAGACTTTTATGACTGGCTTCAAGAGACGGATGT AGACTTAACTGGCGTTAAATTTGCCGTTTTTGGACTAGGTAATAAGACTT ACGAACATTTCAACGCAATGGGCAAGTATGTTGATCAGCGTCTTGAGCAG CTGGGGGCCCAACGTATTTTCGAATTGGGCTTGGGAGACGATGATGGCAA CTTAGAAGAGGACTTTATTACTTGGCGTGAGCAGTTTTGGCCTGCAGTGT GCGAGTTCTTCGGGGTGGAAGCTACCGGCGAGGAATCATCTATCCGTCAG TATGAATTAGTGGTCCACGAGGACATGGATGTTGCTAAAGTGTATACCGG CGAAATGGGCAGGCTAAAATCTTACGAAAATCAGAAGCCACCCTTCGACG CCAAGAATCCATTTCTAGCAGCGGTCACTGCCAATAGAAAACTTAATCAG GGGACTGAGAGACATCTAATGCATTTAGAACTAGACATCAGTGACTCAAA AATAAGATATGAATCCGGCGACCACGTTGCAGTGTACCCTGCCAACGATT CCGCGCTAGTAAACCAGATAGGTGAGATCTTAGGTGCGGACCTAGACGTA ATCATGAGTTTGAATAACCTAGATGAAGAGTCTAATAAAAAGCACCCCTT CCCTTGTCCTACAACGTATAGGACGGCCCTTACATACTACCTAGACATCA CAAACCCGCCAAGAACTAACGTGCTTTATGAGTTAGCTCAATACGCCTCA GAACCTTCTGAGCAAGAGCACCTGCATAAAATGGCAAGTTCCTCCGGTGA AGGTAAAGAGCTTTATTTATCATGGGTAGTAGAAGCACGTAGACACATAT TAGCCATTCTGCAAGACTACCCATCTTTGCGTCCTCCCATCGACCATTTG TGCGAACTTTTGCCCCGTCTGCAGGCACGTTATTATTCCATAGCCAGCAG TTCAAAGGTCCATCCAAATTCCGTACACATATGCGCTGTGGCCGTGGAAT ATGAGGCGAAATCCGGGCGTGTTAATAAGGGTGTCGCGACAAGTTGGCTA CGTGCCAAGGAGCCCGCGGGTGAAAATGGGGGCAGGGCCCTAGTTCCTAT GTTTGTAAGGAAGTCACAGTTTAGATTACCATTTAAAAGTACTACCCCAG TAATCATGGTTGGCCCCGGGACCGGGATCGCGCCTTTCATGGGATTCATT CAGGAAAGAGCTTGGCTACGTGAGCAAGGAAAGGAGGTTGGCGAGACGTT ATTGTACTATGGATGTAGGAGGAGTGACGAAGACTACCTATACCGTGAAG AGCTGGCGAGGTTTCACAAAGATGGTGCATTGACTCAGCTTAATGTGGCA TTTTCCCGTGAGCAGGCCCACAAGGTCTACGTCCAACATCTGCTTAAACG TGATCGTGAGCATTTATGGAAACTGATTCACGAAGGCGGTGCTCATATCT ATGTTTGTGGTGATGCTAGGAATATGGCCAAAGATGTTCAAAATACATTT TATGATATAGTGGCTGAATTTGGGCCGATGGAGCATACTCAAGCCGTTGA TTACGTGAAAAAGTTGATGACAAAGGGCAGGTACAGCCTGGATGTATGGT CA

Seq. ID No: 188

>T5H-CPR_8TCATCTAGCTCATCATCTGGGGGCTCTCCCATGTCCGATT CCGTTGTCGTAATCATCACGACGAGCTTCGCAGTCATAATCGGCTTACTG GTGTTTCTTTGGAAACGTTCTTCAGACAGGAGTAAGGAGGTTACTCCGCT TGTTGTACCAAAAAGTCTTTCCGTGAAAGACGAAGAGGACGAAGCTGAAA CACTTGCGGGCAAAACAAAAGTCACAATTTTCTATGGTACTCAGACAGGC ACGGCCGAAGGTTTTGCTAAGGCATTGGCGGAAGAGATAAAGGCTAGGTA TGAGAAAGCAGCAGTCAAGGTTGTGGACTTAGATGATTACGCTATGGATG ATGACCAGTACGAAGAGAAATTAAAGAAGGAGACTCTAACGTTTTTCATG GTAGCAACTTATGGAGACGGTGAGCCAACAGACAATGCTGCAAGGTTTTA CAAATGGTTCACAGAAGAGCACGAGCGTGGGGTGTGGCTACAGCAGTTGA CTTATGGGATCTTCGGGTTAGGAAATAGACAATACGAACATTTTAATAAG ATAGCCAAAGTACTAGACGAGCAATTGAATGAGCAAGGCGCCAAGCGTTT AATTCCAGTAGGACTGGGAGACGATGATCAGTGTATTGAGGACGACTTCA CAGCGTGGAGGGAACTTCTATGGCCCGAGCTAGACAATTTACTACGTGAC GAGGATGACGTCAACGGGGCAAGCACCCCGTACACAGCGGCAATACCGGA ATATCGTGTCGTAATCCATGACGCCAGTGCTACGAGCTGCGAAGATAAAA GTGTGCTAGAGAATGGGAACACGTCCATCGACATCCACCACCCTTGCCGT GTAAACGTAGCCGTTCAAAAGGAACTGCACAAGCCTGAAAGCGACAGGAG CTGTATACATTTGGAATTTGACATTAGCGGTACAGGTATAATTTACGAGA CTGGTGATCACGTGGGCGTGTACGCGGAGAATTTTGAGGAGAACGTTGAA GAAGCAGGGAAACTTCTTGGCCAGCCTTTGGACCTATTGTTTAGTATTCA CGCGGACAACGAGGATGGCGCCCCTTTAGGATCAAGTCTTGCACCACCTT TCCCCGGCCCCTGTACACTACGTACTGCACTAAGCCATTACGCAGATCTG TTGAACCCACCCCGTAAGGCGGCACTAATAGCTTTAGCGGCCCACGCCTC AGAACCCTCTGAGGCAGAGAGACTTAAATACCTGAGTTCACCCGAAGGGA AGGACGAGTATAGTCAATGGATCGTTGGCAGCCAAAGGTCACTGCTGGAA GTGATGGCCGAATTTCCCTCTGCGCGTCCTCCTCTGGGCGTTTTCTTTGC TGCTATCGCGCCCAGGTTACAACCTAGGTACTACTCTATTTCTAGTTCTC CTAGGTTTGCACTGTCCAGAGTACATGTGACCTGTGCGCTAGTCTACGGT CCAACTCCAACGGGCAGAATCCACAAGGGGGTATGTAGCACATGGATGAA GAATGCGGTGCCGCTAGAGAAGTCACACGACAGTAGTTGGGCGCCCGTGT TTATTCGTACCTCTAACTTTAAACTTCCAACAGACCCTTCAATACCTATC ATTATGGTAGGTCCTGGGACCGGACTTGCGCCCTTTAGAGGTTTCCTGCA GGAGAGGATGGCGCTTAAAGAGGACGGTGCACAATTGGGGCCAGCTTTGC TGTTCTTCGGTTGCCGTAATAGGAGAATGGACTTTATCTACGAGGACGAG CTTAACTATTTTGTGGAACAGGGGGTAATTTCCGAATTAATCGTAGCCTT TTCTAGGGAAGGGCCGCAAAAAGAGTACGTCCAGCATAAGATGATGGACA AAGCAGCCCAAATCTGGTCATTGATTTCTGAGCGTGGGTACATATATGTG TGTGGCGATGCAAAGGGGATGGCGAGAGATGTTCATAGGACCCTACATAC GATCGTCCAAGAACAAGGTAATTTGGACAGTTCCAAAACGGAGAGTATGG TCAAGAAATTGCAAATGGACGGTAGATACCTTAGAGACGTATGG

Seq. ID No: 189

>T5H-CPR_9TCTTCCTCAAGTAGCTCCACTTCTTTCCACAAGTTAAAAA GAATTTTACACAAACACTTGCAGCGTAGTCATTCCATCGGAGCAGAATGT AAACCCCAAAGGTCCAATCACGAGGATCTATTAGCGGTGATGAACAGGAG TTCAATTAAGGTTTCTATATTTTATGGTAGCCAGACAGGTACGGCGAAGA AGTTTGCAATCAACCTTGGGCATCACCTGCATAACTGTGGTGTACGTAAC TTGGTTATGGACCTGAGACAGACGAATATGGAAATCTTAGTGAACTTATC TATGCTTGATAATTGCGTAGCATTATTTGTTGTAGCCACTTACGGAGAAG GAGAACCGACGGATAGTGCTAGGCAATTTATGGACAACTTAAAGAACTCC TATCAAAAGTTGGATAATCTTCGTTTTGCAGTGTTTGGATTGGGAAATAG TATGTACACGTATTTCAATGCAGTGGGAAAGTCTATCGACCGTTTGTTGA TTCAACACGGAGGAAAGCGTTTGCAAACGTTAACACTGGGCGATGAAGTA AACGAGTTGGAGTCTACATTCCTAAACTGGCGTTCCCACCTTACCAGTTT ATTAATCGATTTCTTTGACTTGAACGATCACGATAGAAACTACTTAAATA AACAGTATAAAAGGATGTACTCACTGAAGAGATTTAACTGGAATGTGCCC CTTGTTTCCCACTTCGTAAACATGTTTATCAACAAGGCACACGTTAAGGA GACCCTTCCTTACGAAAATGACAATTACTTCTACGCTTCTGTCGCAGTTA ATCAAGAGCTTTATCACAAATCCTCGCGATCATGTCGTCATATCGAGCTA GATGTCTCCGCCTCTCAGCTTAGGTATAAGACTGGGGACCATATTGCTAT TTTTGCGTCAAACCCATTGGACCTTGTAGAGAAAATAGGAGATCTGCTGA ACATCGACCTTAACGAAATGATCTCTTTGGACGCTGTCGATCCAGACTCA CTAACAAAGCACCCCTTTCCTTGCCCGTGCACGTATAGACACGCATTTAT GCATTTTGTCGATATAACGGGTCCTCCGGGTAAGTCCCTGTTAAGTGCAT GTCTGGATAGCGTCACGAACCCCGAGGAGTCCCAGTTTGTGCAATTGCTG ATCTCTGACAGTGAGGACGGCAAGAAACTGTACAGTAAATGGATATTGGA AGACCATAGGGGATTAGTCGATGTACTTCAGGATCTAAAGAGCTTCAGGC CGCCGGCAGACCTTCTATTGGAATTATTAAATCCGCTGAAACCGAGACTA TATTCTATTAGTTCCAGTAGTCTTGTGCATACGAATCGCATTCATATTAC AGCCTCTATTGTCAAGTATAAGACGAACTCTGGTAGAATCTTTAAAGGGC TGGCCACGAACTGGTTAAAATCCTTGCAGTCAACAAACACGGAGCGTCAC CTAAAGATCCCAGTTGCCATACATACGTCCAACTTCAATTTACCGCGTTC CAGGACCATTCCAGTGATAATGATAGCAAGCGGTACCGGGTTGGCTCCAT TTAGAGCCTTTATCCAGGAGAGACTCAAGGTGGCGCACGACAAAGTCGGA AAGACCGGACAGATGGTATTATTCTTTGGGTGCAGGCACGAGAATAAAGA TTTCATTTATTCAGACGAGCTTAAACAAGCGTGCTCTACCGGCCTACTTG AAATGTTCACGGCATTCTCCAGGGATTGTCTGGATGGCAATAAGGTCTAT GTACAGCATAAAGTTTTGGAGATGGGCAATATGGTATGGAAGTTATTAGA CGAATGTTACGCCTACATATATGTGTGCGGTGACGCCGCAGGAATGGTTC GTGATGTACATCTTTGTTTAATCGAACTTGTTGTTCAGAGGAGTAACCTT ACGCGTGAAGCGGCCACGTCCTACGTTTTAAACTTGCGTAAACAAGGTAG GTATCGTACCGATGTTTGGAAA

Seq. ID No: 190

>T5H-CPR_10TCAAGCTCCTCTTCCTCCGGGGGCAAAATATTTGATAAA TTGAACTCTTCTCTCGATTCTGGGGACAGCACTAGCCCTGCATCACTGAC GGCTTTATTAATGGAAAATAAGGATCTTATGATGATTCTGACAACTAGCG TTGCCGTCCTAATAGGGTGCGCGGTTGTCCTGATGTGGAGAAGATCCAGC ACATCCGCGCGTAAGGTGGTAGAACTTCCCAAACTTGTAGTTCCCAAGTC TGTTGTAGAGCCTGAAGAAATCGACGATGGCAAGAAAAAGATAGCGATCT TTTTCGGGACTCAGACCGGCACGGCTGAGGGTTTTGCTAAGGCATTAGCA GAGGAAGCCAAGGCAAGATATGAAAAAGCAATATTTAAAGTCATTGACAT GGATGACTACGCGGCTGATGACGAAGAATATGAAGAGAAGCTCAAAAAGG AGAAATTAGCATTTTTCTTTCTGGCGACCTATGGAGACGGCGAGCCCACA GATAATGCGGCCAGGTTCTACAAGTGGTTCGAGGAGGGCAAGGAGAGAGG AGACTGCTTCAAAAACCTACAATACGGTGTCTTTGGCCTAGGCAACCGTC AATATGAGCATTTTAATAAGATCGCGAAGGTGGTCGATGAACTGCTTGCT GAACAAGGCGGGCAGCGTCTAGTCCCAGTAGGATTAGGGGATGATGATCA GTGTATAGAGGACGATTTTGCTGCTTGGCGTGAGTTGGTCTGGCCCGAGC TAGATAAGTTGCTGCTAGACGGTGATGATGCCACAGCAACGACCCCCTAT ACTGCTGCAGTGCTAGAGTACAGGGTGGTCACGTACGATAAGAGCAACTT CGATAACGACTTGACTAACACGAACGGCCATGCGAACGGCCACGTCATTG TTGATGCCCAACACCCAGTTCGTGCCAATGTTGCGGTTCGTAAGGAGCTA CACACCCCCGCGTCTGATAGGTCCTGCACCCACTTGGAGTTTGACATAAG TTGTACAGGACTTACTTATGAGACTGGAGATCATGTTGGCGTGTACTGCG AAAATTTTGTGGAAACGGTTGAAGAGGCGGAAAGACTTCTGAACATATCA CCTGACACATTCTTCTCCATACACACCGACAAGGAGGATGGAACGCCTTT GGGAGGGAGTAGTTTACCTTCTCCATTTCCACCCTGTACACTAAGAACGG CGTTGACTAGATATGCAGACGTCTTGAGTTCACCAAAGAAGTCCTCCCTG CTTGCCCTGGCGGCCTGTTCATCAGATCCCAATGAGGCAGATAGACTGAG ATACTTGGCCTCTCCCGCGGGAAAAGAGGAGTATGCGCAATGGATAGTTG CCAGTCAGAGAAGTTTGTTGGAGGTTATGGCGGAATTTCCGTCAGCTAAA CCGTCCATAGGGGTGTTTTTCGCAAGCGTTGCACCTAGATTACAGCCGCG TTTCTACTCAATCTCTAGTTCTCCGAGAATGGCTGCATCCCGTATACACG TAACTTGCGCTTTAGTATACGATAAGATGCCGACGGGACGTATCCATAAA GGGGTTTGCAGCACCTGGATGAAAAACGCCATACCGTTGGAAGAAAGTCT AAGTTGTAGCACCGCCCCGATCTTTGTTAGACAGTCAAATTTTAAACTTC CAGCCGACAACAAGGTTCCTATCATTATGATTGGTCCTGGCACGGGATTG GCGCCGTTCAGAGGCTTTTTGCAGGAGAGGATGGCTCTGAAGGAAGAAGG TGCGGACCTGGGGCCCGCCGTGTTGTTCTTTGGGTGCCGTAACAGACAAA TGGATTACATATATCAGGATGAATTAGATAACTTCCTTGAAGCCGGGGCG TTAAGTAATCTAGTCGTCGCTTTTTCAAGAGAAGGACCCAACAAGGAATA CGTCCAACACAAGATGACACAAAAGGCAGATGATATTTGGAATATGATTT CTCAAGGGGGTTACGTTTATGTCTGCGGTGACGCAAAAGGCATGGCCAGA GACGTACACAGAACACTTCATACTATCGCGCAGGATCAGGGGAGCCTAGA CTCCTCTAAGGCAGAATCATTCGTCAAGAATCTGCAGACAACCGGTAGGT ACCTAAGGGACGTGTGG

Seq. ID No: 191

>T5H-CPR_11AGTTCATCTTCTTCCAGCGGGGGAGACGGTGCCGAAGGC AGGGCTCTGGTAGCCACTCTAGCTGCGGCGGTGCTTGGAGCGGCTTTATT TGTCTTATGGCGTAGGGCCGCTGCAGGCAAGAAGAGGAAAAGGGAGGCCG CGGCTGCTGCAGTGGCTGAGGCGACAGAGGTCAAAGCAAGAGCGGCCAAA GGTGGCGAAGATGAGAAAGCCGCCGATGACGGACGTAAGAAGGTAACAGT TTTCTTCGGTACGCAAACTGGAACAGCCGAAGGTTTTGCGAAGGCCCTGG CAGAGGAGGCTAAAGCGCGTTACGACAAGGCAATATTTAAGGTTGTAGAC TTAGATGATTACGCTGCCGAAGATGAGGAATACGAAGAGAAATTGAAGAA GGAAAAGCTGGCTCTGTTCTTTGTCGCTACGTACGGGGATGGGGAACCTA CTGACAATGCCGCAAGATTTTATAAATGGTTCACGGAAGGTAATGAAAGG GGTGTCTGGCTGAACGATTTTGAGTATGCGGTGTTCGGTCTAGGCAACCG TCAATACGAGCATTTCAACAAAGTAGCGAAAGTTGTTGATGAAATTCTTA CAGAACAAGGGGGCAAGAGACTGGTACCTGTCGGACTTGGTGACGATGAT CAATGCATCGAGGATGATTTTAATGCATGGAAAGAGGCGCTGTGGCCCGA GCTGGATAGACTTTTGCGTGATGAGAACGATGCCAGCACGGGGACAACTT ACACGGCAGCAATCCCGGAGTACCGTGTCGAGTTTATAAAGCCTGAAGAG GCGGCTCACCTGGAGAGAAACTTCAGCCTTGCTAACGGTCATGCCGTGCA TGATGCTCAGCATCCGTGCCAGGCTAACGTGGCGGTTAGACGTGAGTTAC ATACGCCGGCGTCTGACAGGTCATGCACTCATTTGGAGTTCGACATTGCA GGCACCGGACTTACCTACGAAACGGGGGACCACGTTGGAGTGTACACAGA GAATTGCCCGGAGGTGGTTGAGGAAGCCGAGAGGTTGTTGGGTTACTCCC CGGACACTTTCTTCACAATTCACGCGGATAAAGAGGATGGTACTCCCTTG TCCGGCTCATCCCTAGCGCCACCATTTCCGTCTCCCATCACGGTAAGGAA CGCCTTAGCCAGATATGCCGATTTACTGAACTCTCCCAAAAAGACCAGCC TGGTAGCCCTAGCGACATACGCCAGTGATCCCGCTGAGGCGGACAGGTTA AGGTTCCTGGCTTCTGCAGCGGGGAAAGATGAATATGCTCAATGGGTCGT GGCGTCACAAAGAAGTTTACTAGAGGTCATGGCGGAATTTCCATCTGCCA AACCGCCACTTGGCGTGTTTTTCGCCGCCGTGGCGCCAAGGTTACAACCC AGATATTATTCAATTTCCTCATCCCCATCGATGGCTGCCACGAGGATTCA CGTAACTTGTGCCTTGGTTCATGAAACCACTCCAGCCGGGCGTGTACACA AGGGAGTTTGCTCAACATGGATCAAAAATGCAGTCCCCTCTGAGGAGAGC AAAGATTGTAGCTGGGCGCCGATTTTCGTAAGGCAAAGCAATTTCAAATT ACCGGCCGATCCTTCAGTTCCCATAATAATGATCGGGCCGGGAACAGGCC TTGCACCGTTTCGTGGCTTTTTGCAGGAACGTCTGGCCCAAAAGGAGTCT GGAGCAGAATTGGGCCCAAGCGTCTTTTTCTTTGGTTGTAGAAATTCAAA AATGGATTTCATCTATGAAGATGAACTTAACAATTTCTTGGAACAGGGTG CCCTATCTGAACTTGTTTTAGCGTTCTCCCGTCAAGGGCCAACTAAGGAG TATGTTCAGCACAAAATGGCTCAGAAGGCGTCTGAAATATGGGACATGAT TAGTCAGGGGGCGTACATTTACGTTTGCGGGGATGCGAAGGGCATGGCCA GAGACGTGCACAGAGTCCTACATACAATCGTCCAAGAACAAGGATCACTG GACAGTTCCAAGGCCGAGAGCTTCGTGAAGAACCTGCAGATGGAAGGACG TTATCTACGTGACGTGTGG

Seq. ID No: 192

>T5H-CPR_12TCCTCATCTTCTTCCTCAGTAAGAGAATCTAGTTTCATA GAGAAAATGAAAAAGACCGGTAAGAATATCGTAGTGTTCTACGGATCACA AACTGGTACCGGTGAAGAGTTTGCGAATAGACTTGCAAAAGACGCTCACC GTTATGGAATGAGAGGGATGGCTGCTGATCCCGAAGAGTTCGAAATGACG GACTTGTCCAGATTAACAGAGATCGAAAATGCACTAGCAGTTTTCTGCAT GGCTACCTACGGTGAAGGTGACCCCACTGATAATGCGCAAGACTTCTATG ATTGGCTGCAGGAGACAGATATCGATCTGGCCGGGCTAAAGTATGCCGTG TTTGGCCTGGGAAACAAAACGTACGAACATTTTAACGCTATGGGCAAGTA TGTGGATAAGAGATTAGAGGAGTTAGGGGCAGAAAGAATTTTTGAGTTAG GGATGGGGGACGATGACGGTAACTTGGAAGAAGACTTTATCACGTGGAGA GAACAGTTCTGGCCGGCGGTTTGTGAACACTTTGGCGTCGAAGCGACAGG AGAAGACAGTAGCATTAGACAATACGAATTGGTCGTACATACGGATGAAA ATATGAACAAGGTATATACAGGCGAAATGGGGAGACTAAAGAGCTACGAG ACCCAGAAACCTCCTTTTGACGCCAAGAACCCCTTCCTTGCGAACGCCAC TGTCAACAGAAAGCTGAATGAAGGGGGAGATAGACATTTTATGCATCTTG AACTAGATATTACGGGCTCAAAGATTCGTTATGAGAGTGGCGATCACGTC GCAGTCTATCCTGCTAACGACGCGGCACTGGTTAATAAATTAGGAGAAAT TCTTGGAGCCGACTTAGAGACAGTTATTTCTCTGAACAATCTTGATGAAG AGTCTAATAAGAAACATCCCTTCCCTTGTCCGACTACCTACAGGACGGCA CTAACGTACTATCTGGATATCACGAATCCCCCGCGTACAAATGTTTTATA CGAGTTGGCACAATACGCCACCGATTCAAAGGAGCAAGAGAACCTACGTA AAATGGCGTCATCTGCGCAAGATGGTAAAGCACTGTACCTGTCTTGGGTG GTAGAATCCAGGCGTAACATATTAGCTATATTAGAAGACATACCATCACT GAGACCGCCTCTGGACCACTTGTGTGAACTTTTACCCAGGTTACAGGCGA GATATTACTCTATAGCAAGCTCCAGCAAAGTCCACCCTAATAGTATTCAC GTTTGCGCAGTCCTGGTGGAATATGAAACCAAAACTGGCCGTGAAAACAA AGGCGTCGCCACAAATTGGCTGAAGAATAAGCAACCTAGCGATAACGGTC ATAAATCCTCAGTACCAATGTTTGTAAGAAAGAGTCAATTTAGGTTACCA TTTAAGCCATCCACACCCGTTATAATGATCGGTCCGGGTACCGGCATTGC GCCCTTTATGGGATTTATACAAGAACGTGAATGGTTAAAGCAGCAAGGTA AAGACGTCGGCGAGACGGTACTATACTATGGTTGCAGGCATGAACATGAG GATTTCTTGTACATAAACGAACTGAAAAGGTATCACAAAGAGGGAGTTCT AACGCAGTTGAACGTCGCGTTCTCTAGGGATCAAGCACACAAAGTGTACG TACAACACTTGCTAAAGAACAATAAGGAAATGGTTTGGAAGTTAATCCAC GAGGATAACGCTCATATTTATGTCTGCGGTGACGCCAGGAACATGGCCAG AGACGTACAAAATATCTTTTATGACATCGTTGAGGAATACGGCAAGCTAG ATCACGCCCAAGCCGTAGACTACATAAAGAAATTAATGACTAAGGGGAGG TATTCACAGGATGTGTGGTCT

Seq. ID No: 193

>T5H_1ATGCTACCGATCGTGGATCACCTACTTGACGTTTTAAACTTGGA ACGTACACCCTTTCGTACATATGCTGTGACGGCATTACTGCTTCTTTTCG TAGGCATCATTGCCAGAGCCCTACTTAAAATGATGCTATTTATTCAGGAG TACAGTGCTAATTCAAAGCGTTTGAGGTGTTTCCCCGAGCCCCCGAATAG GTCCTGGATCTTGGGGCACCTGGGTCTTTTTGCCCCGAACGAGGAGGGAA TGACAGAATTTAGTAAACAGGTGAGCAAATTTACCTACTACATGAAGACA TGGATGGGACCAGTAATACCGCTGATTAGTCTAATACATCCCGATACTAT TAAACCAGTAGTTGCGGCACCAGCTTCTATCGCGCCTAAAGACGCACTTT TCTACGGATTTTTAGAACCGTGGCTGGGCGACGGTCTACTTCTAAGCAGG GGCGAGAAGTGGGTTCGTCATAGACGTCTACTGACGCCCGCTTTCCATTT CGACATCCTGAAGCATTATGTCAAAATATTTAACCAGTCCACAGATATTA TGCATGCAAAGTGGAGACGTTTGTGTACAAAGGGGCCTGTCTTCCTTGAT ATGTTCGAGCACATAAGTCTAATGACCCTGGACTCCTTATTAAAATGCAC GTTCTCCTATGATTCTGACTGTCAGGAAAAGCCTTCAGATTATATCGCGG CGATATACGACTTGTCAGAGCTTATAGTGGAAAGAGAGCAATGCCCGCCT CATCACTTCGATTTCATCTATAGATTTTCTTCTAATGGGAGGAAGTTCCA GAGGGCCTGTCGTATCGTCCACGAGTTCACTGCAAATGTCGTCCAGCAGA GAAAGAAAGCGTTGCAAGAGAAAGGAGCGGAAAACTGGATAAGATCCAAA AAGGGCAAAACTCAAGACTTTATTGACATCCTTCTTTTAAGTAAGGATGA AGACGGTAATACTCTGTCTGACCAGGAGATGCGTGATGAAGTCGATACGT TCATGTTCGAAGGGCACGATACTACCGCTTCCGGTCTGTCATGGATACTT TATAACTTGGCATCACATCCCGAATATCAGGAGAAATGTAGGGAAGAGGT GACACAACTGCTGAAAGGTGAGTCTACACACCTTGAGTGGGATGACTTAT CCCTTCTTCCGTTCACCACTATGTGCATAAAGGAAAGTCTAAGGCTGCAC CCGCCGGTAACGGCAGTGAGTAGAAGATGCACTGAGGACATCGCAATGCC AGACGGGAAGGTAATTCCGAAAGGCAATATCTCTCTTATATCTATTTACG GTACTCACCACAATCCAGCGGTTTGGCCTAACCCGGAAGTCTACGATCCT TACCGTTTCGATCCGAGTAGCACAGATGAAAGATCCTCCCACGCCTTCGT TCCTTTCAGCGCGGGCCCTAGAAACTGTATCGGGCAAAATTTCGCTATGG CAGAGATGAAAGTCGTCCTAGCCCTAACTCTTCTTAACTTTAAGGTTGCG TTAGACCCAAACAGGGTGGTCCGTCGTAAGCCGGAGTTAGTTCTTAGAGC GGAAGGTGGACTATGGTTGCAAGTCGAAGCCCTTAAAAGCAAGTCA

Seq. ID No: 194

>T5H_2ATGGAGCTGTTGGGCTTGGTCTCTTGGCTTCTGCTTCTTCTACT GACTTTGGTGGTTATCTGCTTTCTACTGTACTGTGGCTACATCCATTACC AGCACATGAAATATGACCACATACCCGGACCGCCCAGAGAGTCATTCTTG TTTGGACACGGTTCAGCTATCTGGAAAGTGATGAGAAAGAACCAATTAGT TTATGATTTATTTCTAAATTGGGTCGAAACATATGGGCCTGTTATACGTA TAAATGCACTGCATAAAGTAACCATCGTTAGCGTCTCACCAGAGAGTGTC AAGGAAGTCTTAATGTCTCCAAAATACCGTAAGGACTGGTTCTACGACCA TTTGCACAGTCTATTCGGAGTCCGTCTAATGGGAAATGGTTTAGTGACAG ATAGGGACAATGATCACTGGTATAAGCAGAGAAGAATCATGGACCCAGCA TTCAGCAGAACGTACTTGATTGGGCTACTAGGGCCGTTTAACGAGAAGGC TGAAGAACTGATGGAGCGTTTAGCAGAGGAAGCTGATGGGAGGAGTCATG TAGTTATGCACGCCATGATGAGTAGAGTGACTTTGGACGTAATTAGTAAA GTGGCCTTTGGAATGGAGATGAACTCCTTGAAGGATGATGGGACGCCACT TCCCAGGGCGATCAGTCTTGTAATGAGGGCTCTTGTGGAGATGAGAAATC CATTCATCAGGTACAGCAGAGAAAAACAAGCATTCATACGTGATGTTCAA GAGTCTGCCCGTTTATTGCGTAAAACTGGTCGTGAATGCATAGAGCGTCG TCAAAAGGCGATACAGGACGGTGAGGAGATACCTGTTGACATATTGACCC AAATCTTGAAAGGCGCCGCGTTGGAAGGGGACTGTGACATGGAAGATCTG CTGGATAATTTTGTGACGTTCTTTATTGCCGGCCAGGAAACAACCGCGAA CCAACTTGCGTTTACTATAATGGAGTTAGCGCGTAACCCCGAGATTCTGG AAAAGGCTCAGGCAGAAGTAGACGAAGTCATTGGAGTCAAGAGGGATATA GAATACGACGACCTAGGCAAGTTGCAATACTTATCCCAGGTCCTGAAAGA GTCTCTTAGGCTGTATCCGACTGCTCCTGGGACAAGTAGGGCAATAGAGG AAGAGACGATAATAGAGGGTTTTCGTATTCCCCCTAAAGTCCCGTTAATG TTCAACAGTTACATCATGGGGAGGATGCAACAGTTTTATCCCGATCCCCT TACATTCAACCCGGATAGATTCCATCCAGATGCTCCCAAACCGTACTATA GCTACTTCCCGTTTTCCTTGGGTCCGAGAAGTTGTATCGGACAGGTCTTC GCACAAATGGAAGCTAAAGTCATCATGGCCAAACTATTGCAAAGATTTCA ATTCGAGCTAGTAGAGGGGCAGAGCTTCGGTATCATGGATACCGCCAGCC TTCGTCCGGAGGGCGGGGTTATTTGTCGTCTTACGATACGTACGAATCCG GGAAAGGCCAAGAAAGACGAT

Seq. ID No: 195

>T5H_3ATGAGCAGGCCTCAAGTCCCAAAGGGGCTAAAGAACCCTCCAGG CCCGTGGGGCTGGCCCTTGATCGGCCATATGCTAACCTTAGGGAAAAATC CACACTTAGCTCTTAGTAGAATGTCACAACAATATGGCGACGTTTTACAG ATCCGTATTGGGAGCACACCGGTAGTTGTACTTAGTGGCCTGGATACCAT AAGGCAGGCGTTGGTTAGACAAGGAGACGACTTTAAGGGGAGACCTGATC TGTACACGTTTACTTTAATTTCCAATGGACAATCAATGAGTTTTAGCCCC GATTCCGGTCCTGTATGGGCCGCCAGGAGACGTCTTGCTCAAAATGGACT AAAGTCTTTTTCAATTGCTAGTGATCCCGCCTCTTCTACGTCTTGTTATC TGGAGGAGCATGTTTCAAAAGAAGCCGAGGTTTTGATCTCAACTCTTCAA GAATTGATGGCCGGACCAGGACATTTCAACCCGTATAGGTACGTGGTAGT ATCTGTAACGAACGTCATTTGTGCGATATGCTTCGGGAGGAGGTACGATC ATAACCACCAAGAACTACTATCTTTAGTTAATTTGAACAATAATTTTGGA GAAGTTGTCGGGTCTGGGAACCCGGCGGACTTTATACCTATTCTAAGATA TCTACCGAATCCCTCTCTTAATGCCTTCAAAGACTTGAACGAGAAATTCT ATTCATTTATGCAGAAGATGGTGAAAGAGCACTATAAGACGTTCGAGAAG GGGCACATTAGAGACATTACAGATTCTCTAATAGAGCACTGCCAAGAGAA GCAGCTGGATGAGAATGCAAACGTTCAACTATCTGACGAGAAGATTATTA ATATCGTGTTAGACCTATTTGGCGCTGGCTTTGATACGGTCACCACAGCT ATTTCTTGGTCCCTGATGTATTTAGTGATGAACCCTAGAGTTCAGAGGAA GATACAAGAAGAGCTGGATACCGTAATCGGGAGATCCAGACGTCCGCGTC TGAGTGACAGAAGTCATTTACCCTACATGGAGGCCTTTATCTTAGAGACT TTTCGTCACAGCTCCTTAGTGCCTTTCACTATCCCACACAGTACGACGAG GGATACATCTTTGAAAGGTTTCTACATCCCAAAAGGGAGATGCGTATTTG TCAATCAGTGGCAAATAAACCACGACCAGAAACTATGGGTTAATCCAAGC GAATTTCTGCCTGAGCGTTTCCTTACTCCCGATGGCGCAATAGATAAAGT GTTATCCGAGAAGGTCATCATCTTCGGTATGGGGAAAAGAAAGTGTATTG GGGAAACAGTAGCGAGGTGGGAAGTATTCCTTTTTCTGGCCATTTTATTA CAGCGTGTAGAATTTAGTGTACCACTGGGGGTTAAGGTAGATATGACTCC CATATATGGGCTTACGATGAAACACGCGTGCTGTGAACACTTCCAAATGC AGTTGCGTTCC

Seq. ID No: 196

>T5H_4ATGCCGACTCCTGGAGGCAGATTGGTTGCCTTCCTGCAGAGGAG GGGCAAGCTGGCAGGTAGTCTTGCTGTGATACTACTGTTAATACTGAAGA GATTGAGGGACGCTCCAAGAAAGGTGAGGTGGTTGAGAGGACCGCCACTA CTTGGGGTCGTGCTAAAAGTTTTTCAGGGACTGCGTGAGCACGCCTTGCT AGATATGTATGACAGGTGGCATCAAAGGCTTGGACCCACTTTTGCATATT GTGCCCCCGGAAAAATGGTTGTAGCAACAATCGATCCCAAAAACATAGAG CACGTTTTGAAGACGAAATTTGATAATTACGTCAAGGGGCACGTGTTTGC CGAACCGTTTACGGATCTACTGGGCGATGGTATATTTAACGCAGACGGGG AGATGTGGCATAGACAAAGGAAAACAGCCAGCAGGATGTTTACCAAGCGT CAATTCGAGACACATATATGGAAAGCAATAGAAGCGAACACGGCCAAAGT AGGTAGGATATTGGAACGTTCCGAGGGAACCCTTGATATGTTCAATCTTA TGAACAGGTTTACCCTAGATACGATCGGGCGTATTGGATTTAGCAAAGAT ATTGGTTCTTTAGAGGACCCGTCATCACCCTTCCTGAGATCCTTCGACAG AGCACAACAAATTCTGATCTTACGCTTTTGGACTAATCCCGCTTGGAAAG TTCTAAGGTGGTTAGGGGTGGGCTGGGAACGTGAATTGAAGGAACACCTA GGTAGACTAGATGGGTATGCACGTGGCATAGTCAGGGAACTTAGGCAAAA AGCGGAAGCTGGACAGGATGATTCCTTTGTAGGGTTGTTCATGAAGGAAG AGCAAGCGGCTCCTGCAGCTAGATCCCCCGAGCTACAAGAGAAGTTTATG AGGGACTTAGTACTGAATTTCTTGATAGCAGGCAGGGACACTACTGCACA ATGTATTAGTTGGACTCTTTTCGAACTGACTCAGCACCCTGCCGTTGCGG CGAAAGCAAGGCAGGAGGTTTTAGATGTATGCGGCGAGGGCCCCGTCACT TTCGAGCATCTAAAATCCTTACAATACGTGAGAGCCATTTTAGACGAAGG CCTGAGACTTCACCCGTCTGTTCCTTACGACGGCAAACTATGTCTAGGCA AGGACACGTTGCCTGACGGCACTGTCGTGCCGGCCGGCTGCATAATTCAA TACATCCCTTACGCTCAGGGCCGTTGTAAAGACATATGGGGTGAGGACGC TTGTTCCTTCAGACCTGAAAGGTGGCTAGAGATGCCCCGTAGACCATCCT CTTTCGCCTTTGCGGCCTTCAATGCTGGTCCCAGGGAGTGTCTTGGACGT AGGCTTGCGGAAGCGGAGATGGCGGCTCTTGTTTCCACAGTCGTTCGTGA TTTCGACATGCGTTTAGAGGTAGAGCCATCTAGTGTGCGTTATGATGCGC AGTTAACATTAGGGATGTGTGGGTTGCCCGTTAGCGTGAGGCGTTGTCGT AGGGCCTATGGTGTTGCTGAACCACTTGCCGGAGCG

Seq. ID No: 197

>T5H_5ATGCTACCGTTGAGACATAAGATGCTTACGGGAGAGGCCGAACC CTGTCTAGTCTCAAAGACTGCAGAGACTGACGCTGAGTGGACCAGGGACG CGTTTGGTATGGGGCAATACACAGCCGGACGTTGTGACCACTTATTATCC TGGGTGGTCTTCTTACTTCTGGCCCCTGTACTATTGATAGTGTGGTTACC TCTATCTTGTATCTGCTGTGCCTCTCCGGTATTATTAGTCCAGAGATTCG CAGGATGGGTTCTTTCCGGGTGTTTGGCAAGGACATATTTGGGAGTCCTG TTGATCAGATTGTGCGGGAAGTGCGACCTAATCCTTACAGGTATGCATTT TATTAGGACGGGAAGTCAAAGGTTCTGGATGGATACACTTGACCCTCAGG ATTGGGCGTATCACAACGAGACGTATGGGAGAAACATCATCCTATGGGCG AATCTGCGTGTAGGATCATACAAGCAAGTTAGGGATATTGTTCTTAACCC CGCGCGTAAAAGAACAAGGGCGCTGGACGGCTGGATATCAGGGTTCGCGA GGCACTACCCCAATCTGCCCGTGTTTTTCAACACTGGCTCAAACATGCAT ACTACGTTCAGGCAGATCTTTTTCGCCAACTTCACCAAAACGGATTTCGT ACTTAGGGCGTTGGAAGACGAAGGAGCGGGCTTGGCGAAAATGGCGGCGC CTATTTTGCAAAGGTGGCTTGCAGGGAGCTTTCGTGAAAGCAAGTCAGGT GAGGGGAATTTATATATGGTGGAACCAGTGGCACCTCTGATTTTGTTTCT GCTGTTCGAAGTAGAAGTGGAGTCCATTCCGCCCGAATTGTTGACCGCCT TCTCAGACGTAGTAACTGTCGGTGCGTCATACTTTTTGCTGCCCCCACAC TCACCGTATTGGCTACTGAGTGGAAAGGTGAAAGCTATTGCTCTGCTTAA AGATTTCCTACTAGAACACTGTAACGCGGCGAGACCCGAGTCACTGAAGG GCCGTGCTGTCGATTGGAGGAGCTTGGCGGCACAAATGCCCGCTTTTCTT CCTAAGGACGAGTGTCGTTGTCCATGTAGTGGGACCCCGGCTGTAGATCC CGTCGATGCGTATTTGGAAGTCATATCAGTAATGGTTTGCGTTGCGGGTG TGACTGGCACTACTAATGGGTTCACATCAGTCATAAGAAAATTCGCCGAC GTACCTGTAGGACCTACAAAGTCCCGTTGGCCTAGTGCGCCTGTACAATG GCGTCCAGACGCTGATGATATGGTGAGACTTTACCGTAGGGACCCACTGG GTTTTATCTTGGAGGCCCTTCGTCTTGGTACACCTGTTGCAGGGACCCAC CAGGTCTTAGAGGAGGAATTAACTTGTCCTTTCCTGCACAAGGAGACAAC GTTCCCAAAGGGGACGGTCGTATGCGCAAATCTAAATGCCTGCCACACTG ATCCCGAGGAGTGGGGATCAGATGCTCTGGAATTTAGACCAGGAAGGGCT GCAAGGAACCGTTACCTGATGTGGAACGGACCCTTCGGTGAGGCCGCGCC GAGGCAGTGTCCCGGCGAACAGGTCGCGGCACATTGCATCAAAGTTTCTA TCGATGCGTTCTTAGACATGCACAAGCCTCAA

Seq. ID No: 198

>T5H_6ATGGCTACGTCTATCCTATCCCTGAGCCTTATGGACTTGTTATA TTGGGGTGCGTGTTTGTGCGTACTAAGTGTTTTGTACAAGATCTCAGCCC TATACCTTAGACAAAAGAATTTTGAAAGGGTTTTCTCAGCATTTCCCGGA CCGAAGAGGCACTGGTTGTATGGCAACGCTCACGAGTTCAAGCAAGACGG AACAGACTTAGATATCCTGAACGGGTACGCAAAGCAGTTTGATTGCGCCT TTCCATTGTGGCTTGGAAACTTTTTCGCCTCCCTAGCTATATACCACCCA GACTATATAAAAGCTATCCTTAGTCGTCAAGACCCCAAGGATAACTTCGT TTATCACTTCATCACCCCGTGGATCGGCAAAGGACTACTTGTCCTAAGTG GCCAAAAATGGTATCAACATAGGAAACTTTTAACTCCCGGGTTTCACTAT GACGTCTTAAAACCTTATGTTGGCGTTATGAGTGATTGTGTTAACGTTAT GTTGGATAAGTGGGAGCGTCTAGTCCCCGACAAGAAGCCAGTGGAACTGT TTCACTATATTTCCCTAATGACGCTAGATACTATAATGAAATGCGCCTTC AGTTACCAAAGCAACTGTCAAAACGACTCCGAAAATGAGTACATTAAGGC AGTTTATGAGTTGTCCTACTTGGTGGATCACCGTACTAGATGCCCTCCAT ACCACAATGACTTTATTTTCTACTGGAGCCCGCACGGATTCAGACTGCGT CGTGCTTTGAAGACGGCTCATCAACACACGGAGAAGGTAATAAAGTTGAG AAAAGAATCTCTTAAACAGGAGACGGAGCTTGAGAAGATAAAACAAAAGA GGAGGCTTGATTTCTTGGATATTCTGTTGTGTGCGAGAGACGAGAACGGA CAAGGCCTTAGTGATGAAGATTTGCGTGCGGAGGTCGATACCTTTATGTT CGAAGGGCATGACACTACTGCTTCTGGGGTCTCCTGGACGTTTTATTGCT TGGCAAAGAACCCAGAACATCAGGAAAAATGTCGTGAGGAAATACGTCAG GTCCTAGGCGACCGTAGAACCGTAGAGTGGGAGGACTTGTCTAAGTTACC CTACACAACCATGTGCATCAAGGAGTCCATGCGTTTATATCCTCCGGTAC CTGAGGTGGCAAGAGAATTAAAAGAGCCCATTACTTTCTGTGATGGCAGG AGCGTGCCAAAAGGTAGTATCGTTTTCTTATGTATCTATGCTATCAATAG ATGCCCTGGCATCTGGGAAGATCCTGAGGTTTTCGATCCGTTACGTTTTA GCCCCGAGAACTCTTCAACGAGACATTCCCATGCTTTTCTACCTTTTTCT GCGGGAGGCCGTAACTGCATAGGTCAGAATTTCGCGATGAACGAGATGAA GATAGCCACTGCACTGACCCTACAGAGGTTCGAATTGCAATTGGAGACCA AAAGAGAGCCAGTCAAACGTGCTCAGTTAGTGTTAAGAAGCATGAATGGA ATCTATATCAACCTTAAAAAGATTCATAGCGACAAGACTAAGATTATC

Seq. ID No: 199

>T5H_7ATGGGTTTATGGACCTTTATGACAGGTGCCTTAATATTATTACT AATTCTAGTGGTACTATGTTTTCTGCTGTACTGCGGTTACATATATTACA TGCATATGAAATATGACCATATCCCCGGTCCTCCGAGAGATTCCTTCTTC TTTGGTCACAGTCCGACCATTATGAAATTAATGAGAAATAACGTGATTAT GTACGATACGTTTTTAGAATGGGTTAAGACATACGGACCGGTCGTTCGTG TAAATCTATCATGTAGTACCATTGTTTTTGTCATCAGTCAAGAAGCCGTG AAAGAGTTTCTGATGTCTCCCAAATACACGAAAGATAACTTTTACGAATG TGTAGAAACACTTTTCGGTGTCAGGTATATGGGTAAGGGCCTTTTGACTG ACAGGGACTACGAGCACTGGCACAAGCAGCGTAGGATCATGGACCCTGCA TTTAGTCGTAATTATCTGATAGGTCTAATGGGGACATTCAACGAAATTGC AGAAGACCTGGTGGACATCTTGGGCGACAAGGCAGACGGCAAGTGTCAGG TTGGTATGCATGATATGATGGGAAGAGTCACGTTAGATATTATCGCCAAA GTAGCATTTGGAATGGAGCTTAACTCCTTACACGACGATCAGACGCCGTT CACCCGTGCAATCACTACAGTTATGAGGGGAATGGTAGAAACGAGAAACC CTTTGGCCCGTTATATCCCTGGTAAACAGGCACTTATACGTGATATCAAG GAGTCACTGAAATTTTTACGTAAAACGGGGAGGGAGTGTATTCTACAGAG AAGAAAGGCAATCCAAGACGGAGAAGACATACCAAGAGATATCCTGACAC AAATCCTAAAAGGCGCTGAGACCGAGGGAGACTGCTCCTTGGAAAACCTG ATAGACAACTTTGTAACTTTCTTCATTGCCGGCCAGGAGACGACAGCCAA TCAATTGAGCTTCGCAGTTATGGAGTTAGGTAGACACCCTGAGATTTTGA CACGTGTGCAGGCGGAAGTAGATGAGGTATTAGGTAGCAAGAGGGATATT GAATACGAAGACCTAGGTAAGTTGCAGTATCTGTCACAGGTATTGAAGGA GACCTTGAGACTTTATCCCATCGCGCCCGGGACCTCCCGTGCCCTAGAGA AAGAAATGGTTATTGAGGGCGTTCGTGTTCCACCCGGGACTACGTTAATG TTTAATGCATATATAATGGGAAGGATGGAGAAATACTACCATGACCCTCT AGTCTTTAATCCCGATAGGTTTCATCCAGATGCCCCGAAAATATCTTATG CTTATCTACCATTCAGCCTAGGACCCAGATCTTGTATTGGTCAAGTTTTT GCACAGATGGAGGCGAAAGTAGTTATGGCAAAACTATTACAGAGGTTTGA GTTCGAGTTAGTCGAGGGACAGAGCTTCAGAATATTGGACACGGGTACAC TTCGTCCCCTTGATGGTGTCATCTGTAGGCTAAGACCGAGAGCAGAGCAT AAGTCCAGGAAG

Seq. ID No: 200

>T5H_8ATGTGGACAATCCTTCTTTCTACCATCAACATAACGCTGGCAAC AGCTCTAATGTTATCCTTCATAATAATCTACCTTCTATATATCCAAAATT CAACAAAACTGCCCCCTGGCCCCACCTCTTGGCCTTTAATTGGCTATACT AGCTGCCTTGGCACTGATGCGTTCAGGAAGATTCAAGATCTTAACAAGAT ATATGGCGACATAGTCAGCTTCCAAGTATTAGGGAAGACTATAATTATAT TATACAATTATGATTTAATCCATGAAGCTGCCAATGGCAATAGGTCTAAG GTGGGGCGTTACACCATGACCGTGAATGATTTGCTGGCGGAAAATAGCGG CATCTCTAATTATGACACGCAGAAGGCACTTGAAATGCGTAAAGCGTTCG TTAGGCTTGTCCACAACAATATCAAGACTACGGAGGAACATGAGGGCAAC AAGCTACAACCGTTTATTAGCCAAAATATAATAAACGCACAGATCAATAA GCTGATTAGGCAGCTGAGAATCAGGCAGGGCAAGCCGGTTAACGTTTTAC AGCTTATGAGGTGCACCGTCTGGAGAATCATTTGGAATTTGATATTTGGC AAGGAGTGCCAACTGACTGATAAGCAAATCTCAGACACACTGGACGATAT TTCCAGCAATAACCTGCAGAACCAGCTATTTCAAATCAGGCAGTTGCTGC CAAGGTTTTGTGTTAACATATTCAAGCACAGCCAGTTCGCCCGTAAGCTA TTCGAGATCGAGGAAATAATCTACAAGTATAAAACTGTGAGACAATTAAT TGATAATAATGTTGGAGAGATGCATAACTCCGATAGCTTGCTGGGTCAAT TAATAAACGATTTGAAACTGAATCTAACAAAGAATGACATCTCCCGTCTA AGTTTTGAATTTATGGCAGCTGGAACCGATACTACCTCTCTAACCTTGAC GTGGGCATGTGACTATTTAGCAAGAGCCCCGCCAAAGGAGTCACTGAAAT TATCCTCCGACCTGATTGATATGATCCATAGATGGGCCTCAGTTGTGCCT CTTTCTTTGCCTCACATAGTTCGTGAAAGTTTCAAGCTAAAGAACTATTA TATCCCGAAATCAAGCATATTAATATATAACTTGTACGCCGTCCACAATT CCCAAATTAAGAAGCTAATCAATACGGAGCAAAATTCTGATGAGATTCAG GAATCCGATAAGCCAATCCCCTTCTCTCTTGGTAGTAGATCATGTCCGGG GGCTCGTATAGCAAATTTATTGATCGAACAAATTCTGACAGCCATTAACC AGGAGTTCCTTATTCAAAATATAACGCAGAGCCCGTTTGAGACCATTTCC CCAGGAAACCAGGAAAGTTTAACGCCTTTCGGGATTACTAGGACTCCACA TAAAAGTATGTATATATTCGTAACGAAACTAAATGGAAATCGTAGGACTT CAATT

Seq. ID No: 201

>T5H_9ATGTCCCAGTTGCTATCGAGCTTGATAGAGCTACCTACTCAGAC GCTGGTGCTTGCAACAGCAGTGGCTGTAGGGGCAGCCGCCTTATTAGTCC ACGCGTATCTTTTCGACGCCGTTGGGAAGCATGGAAACCTACCGCCGGGC CCACCAGTTGATTCACTATTTTCTGGACATAGAATACCGTCAACGCATCC TTGGAGGTACCTGGAGAAGCTAACAGAAGAATATGGCGATATTTTTACCC TGAGGATTGGTAGATCACCTTTATTTGTCCTTGGAAGAGCTAGTTCAGCT CATCGTATTCTGGAGAAACAAAGTGCGCTGAGCAGCTCCAGACCTCGTCT AGTTCTTGCCGGTGAACTATTGAGTAATAATAAAAGAATATTACTTATGC CTTATGGAGACCAGTGGAGGCTGTATAGAAAAGCCATGCACGAAACATTG AACGACACGGTGGCGAAACAATATGAACCTATCCAAGAGAGGGAGGCTAG AATTGCGACGTTACACCTAGGAAGGCTGGGTCAGGCCGATGGCGGTGGAG GTGACTTCCAGCGTGTCTTGCACAGGTACGCGGCCAGCGTAATAATGCAA GTTACGTATGATTACCAGGTTCAGACTCTGGACGATCCCCTGGTGAGGTC AGTGGCCCAGAGGGGTCACGCGTTGGCGATGTGCATCCGTCCTGGCGCTT CTGTTCTTGACAGGTATCCACTTTTAGAGCACGTTCCCACGTGGTTGAAT CCCTGGAAACAGGAAGGTTTGAGGCTAAGAAAACTAGAGCAAGAGCTATA TCTAGGCCAAGTGATCAAGGTCAGAGAAAGAATGGAGAGAGGGGAGTGTG CCCCGTGCTTTGTTTCTAAAATGACTGAGCGTCAGCAAGAACTAGGGCTT ACCGATCTGGATGTTGCGGGGATGAGTGGGAGTCTGTTCGGTGCTGGGTC AGATACAACGGCGAGCGCACTTTCCATCTTCGTGATGGCTGTGTGCAGAT ATCCCGCAGTGTTAGCCAGACTTCACGAGGAATTAGACAGGGTGGTAAGC CGTGATCGTATGCCCACCTTTGATGACATTCCGCAAATGCCCTATGTGCG TGCCACAGTGCAAGAAGTACTAAGATGGAGGCCAGTCTCTGCCGGTGGTT TCCAACACAGCCTGACAGCGGATGTAGAGTACAAAGGCTACGTTTTGCCT AAGGGGTCCACGGTGGTGGGCCCCCATTGGTCAATCAGCAGGGACGAGCA CGAATATCCTGAACACGATGTCTTTAAACCTGAAAGGTTTTTACAAAGCG GGGGAGCGGAGGCTAACGGCACTTCAGCCCAGGACGAAGTAAAAGGGACT TGGTTCGCGCCCGCACGTGGCTCTGTCGCATTTGGATTTGGGAGAAGAGT TTGTCCAGGGTTAAACGTTGCCATGCGTTCTTTACACATTAACATTGCTT GTATGGCATGGGCTTTTGACATTGCCCAGCCCGATGGCAGACCGGAGAGG GTCGATACGTTTGCGTTCAACTCTGCAGCGAACTCACATCCTCTACCATT TGACGCTACCTTCACGTACAGGGACCCCGCGAGGAAAGGCGTAGTCGAGG AAGAGAATATTGCTACAGGGGAGTTAGACAGGATCGCTGCATCAAGAGGT GCAACT

Seq. ID No: 202

>T5H_10ATGTTAGAAGCATTGTCCAGTCTAGCTACAGCACTGTGGGCTG CTTTGAGACCTGATACCGTGCTTCTAGGGACACTGGCTTTTCTGCTATTT GTTGACTTCTTAAAAAGAAGGCATCCTAAAAACTATCCACCAGGGCCCCC TGGTCTACCGTTCGTGGGAAACCTGTTCCAACTAGATCCCGAAAAGGTGC CATTAGTCCTACACCAGTTTGTGAAAAAGTATGGGAATGTCTTCTCCTTA GACTTTGGAACCGTCCCATCTGTGCTAATAACCGGCTTGCCGTTGATAAA AGAAGTGCTAGTTCATCAAGGACAAATCTTCTCTAACAGGCCTATAGTCC CGCTACAAGAACATATCATTAATAACAAAGGCTTAATTATGTCATCAGGC CAATTATGGAAAGAACAACGTCGTTTTGCATTAACGACACTGAGAAATTT TGGTTTAGGGAAAAAGTCACTTGAAGAGAGAATCCAAGAAGAGGCCAGCT ATTTAATCCAGACAATCAGAGAAGAAAACGGACAGCCTTTTGATCCTCAT CTGACGATTAATAATGCGGTTTCAAACATTATTTGTAGTATTACCTTCGG GGAAAGGTTTGACTACCAAGATGACCAATTTCAGGAGCTGCTAAGGATGT TGGATGAGATACTAAACCTTCAGACATCCATGTGCTGTCAACTTTACAAT GTCTTTCCGAGAATAATGAACTTCCTGCCAGGACCACATCAGGCGCTTTT CAGTAACATGGAGAAAATGAAGATGTTTGTCGCAAGAATGATCGAGAATC ACAAGAGAGACTGGAATCCTGCTGAGGCCCGTGATTTCATTGACGCCTAT CTACAGGAGATTGAAAAGCACAAGGGCGACGCCACATCCAGTTTTCAAGA AGAGAATCTAATTTATAATACACTTGATCTGTTTCTTGCGGGGACCGAGA CTACGTCAACTAGCCTACGTTGGGGGCTACTGTTCATGGCTTTGAACCCG GAAATACAAGAAAAAGTTCAAGCAGAAATCGATCGTGTCCTGGGCCAGTC CCAACAGCCGTCAATGGCTGCCAGAGAAAGCATGCCCTATACTAACGCCG TAATACACGAAGTATTGAGGATGGGCAACATAATCCCCCTAAACGTCCCC AGAGAGGTTGCCGTAGATACTACCCTGGCGGGATACCACTTACCCAAAGG TACGATGGTTATGACTAATTTAACTGCGCTTCACCGTGACCCCACAGAAT GGGCTACACCCGATACTTTTAATCCCGAGCATTTTCTTGAGAATGGGCAG TTCAAGAAGAGAGAATCTTTCCTGCCCTTCTCCATAGGGAAAAGAATGTG CCTTGGAGAACAACTGGCAAGGACCGAACTATTCATCTTTTTCACAAGTT TACTGCAGAAATTCACTTTTCGTCCGCCTGAAAACGAGCAGTTGAGCTTA AAATTTAGAGTATCTCTTACCCTAGCCCCGGTAAGCCACAGGCTGTGTGC GGTCCCTCGTGGG

Seq. ID No: 203

>T5H_11ATGAAGACCCCGCCCCAGTCCTCATGCCCTTTTCATGCGGTTG GACGTCCTCCCACACCCCCTAGATCATCTGCGGGCAGATGGCCCCCAGGA CCAGAGTCAGGTCTGACGGGTTGGGGGTTATTAAAGCTGATGAGCAGAGA TTTAATGGGAACGCTTGCAGGGTGGCAAAGGGAGTTTGGCGATCTTGTGC ATGTCAGGACCTGGCCTGAGCATCAAGTCATAGTGTCCGATCCACAACTA GCGAGAGAACTTCTAGTCAATCAAGCCGACGCATTACAAAGGTGGGAGCG TGCGCTTACAGTATATCGTAGGGTTCACGGACACAGCGTCCTGATAGCCG AGGGCCAGGCCTGGAGGGAGAAGAGACAAGCCCTTCAGCCCGACTTTACA AGGAAATCAGTACAGGCCTTTAGTCCCAGTATCGTAGAAGCAGCGCGTAG GGCGTTCGAACAGTGGCCTGCGAGGCATGCTGCTTGGCCAATTGAATCCG AGCTTACCTCAGTTACGATGGAGGTGATACTTCGTATGATGTTTAGCAGT GGAGTGGGTTCTGAAGCCCAGCAAGCTGAGGAAGCTGTACATACCCTAAT GGTGGCATCAACCGAAGAGCTTTGGAGACCCGCCAGCTTGCCTGATTGGG TTCCCTGGCAAAGGAAAAGAAGGCGTGCGAGACTACTAATGAACGGTCTA ATTGAAAGGCACTTGCAGGCGCGACTAGCAATGCCTCAGGATGCTTGGCC CGAGGACTTGTTGAGTCGTTTACTTCGTCTTCACTTGCAACAGCCCCAAT CCTGGCCACTACAGGCTGTGAGGGATGAGTGCAAAACAGCATTCTTGGCT GGGCACGAAACTGTCGCAACATCACTTACATGGTGGGCTTGGTGCATGGC GTCTCATCCGGAAATCCAGGAGAGGGCTCGTGAAGAGGCCCTAGCGGCCT TGTCTGGTGGAGGACAAGCAGACCCAGCTGCCCTACAATACGTCAATCAA ACATTGCTAGAAACTATGCGTCTATACCCTGCCGTCCCCTTACTTATGAG TAGAAGAGCACTGAAACCAGTGACTCTGGGCGACTGGACTTTTCCTGCGA AGACTGTCTTCATGGTTCCAATGCAGCTTATGCAGCATGACGAGCGTTGG TTCCCGGAACCGAGATCTTATCGTCCAGAAAGATTTGGGCCTGATGCTGC CCGTCCACAACAGGGAGCGTATTTGCCATTCGGAGGGGGCCCTCGTGTGT GTTTAGGACAACATCTAGCTATGGCGGAAATGGCGTTGGTGGCAGCACAG CTGCTTCTTAGGTATAGGCTGTCTGCGCCAGAAGGCGCGGAACCCCCTAG ACCCGTTTTCCACGTCTCACAAAGACCAAGCCAGCCACTGACTCTAGGTA TTGCCCGTATT

Seq. ID No: 204

>T5H_12ATGAAACTTGCAGGTAAAAGGTTCAGGCTACCCCCTGGGCCAT CAGGAGCGCCTATTGTCGGCAACTGGCTTCAAGTGGGGGATGATCTAAAT CACAGAAATCTAATGGGTCTAGCTAAGAGATTTGGAGAAGTGTTCCTTTT GAGGATGGGTGTGAGGAATCTAGTTGTCGTGTCTTCACCAGAACTTGCTA AAGAGGTTCTGCACACCCAAGGAGTTGAGTTTGGTTCAAGGACGAGGAAT GTAGTGTTTGATATTTTTACGGGCAAAGGACAAGATATGGTCTTCACCGT TTACGGGGACCACTGGCGTAAGATGCGTCGTATAATGACGGTGCCGTTCT TTACCAATAAGGTAGTTGCGCAAAATAGAGTCGGTTGGGAAGAGGAAGCC AGACTTGTGGTGGAAGATTTGAGGGCGGACCCTGCAGCAGCAACCAAAGG GGTAGTAGTCAGAAGGCGTTTGCAACTTATGATGTACAACGATATGTTTA GGATCATGTTCGACAGAAGGTTTGAAACCGTGGCAGACCCCCTGTTCAAC CAACTTAAAGCACTCAATGCGGAGAGGTCCATCCTTAGTCAGAGCTTCGA TTACAACTATGGAGATTTTATTCCGGTGCTGCGTCCCTTTCTGAGACGTT ACTTAAACAGGTGTACTAATTTAAAAACGAAGAGGATGAAGGTCTTCGAA GATCACTTTGTCCAACAGAGAAAAGAAGCCCTAGAGAAAACTGGCGAGAT CAAGTGTGCAATGGATCACATATTGGAAGCAGAGCGTAAAGGTGAAATTA ATCATGATAATGTCCTTTATATTGTGGAAAACATCAATGTTGCGGCGATC GAGACGACACTATGGTCTATTGAGTGGGGTCTAGCAGAGCTGGTCAATCA CCCCGAAATACAGCAGAAACTTAGAGAGGAAATTGTAGCGGTGCTAGGTC CAGGTACACCAGTAACGGAGCCCGATTTGGAACGTCTGCCTTATTTGCAG TCCGTAGTAAAAGAAACACTGAGGTTACGTATGGCTATTCCTTTACTGGT CCCTCACATGAACTTGAGCGATGCGAAATTAGCCGGGTATGATATTCCGG CGGAATCAAAGATCCTGGTGAATGCCTGGTTCTTGGCAAACGACCCAAAG AGGTGGGTCAGAGCGGATGAGTTTAGACCCGAAAGATTCTTGGAGGAGGA AAAGAGCGTGGAAGCACATGGGAACGATTTCCGTTTTGTCCCCTTCGGCG TTGGCAGAAGGAGCTGTCCAGGCATAATATTAGCCTTGCCGATTATTGGT ATTACCCTGGGTAGGTTGGTACAGAATTTTGAGCTGTTACCGCCACCTGG CCAGGACAAAATTGATACTACGGAAAAGCCGGGTCAATTCTCCAACCAGA TCTTAAAACACGCAACAATAGTATGCAAGCCGCTAGAGGCT

Seq. ID No: 205

>T5H_13ATGCACACGGATACCCCTGACACGACCGCCGATCAACCGCTTA GGCGTATAAAAGATTTGCCAGGACCTAGACCTTTGCCCCTTATAGGCAAC GGTCATCAGATAAAACCCCAGAGGATTCACCAGCATGTAGAGAGATGGAG TCTTCAGTACGGGCCCCTAATGAGGATGTACTTCGGAGCGACTCCCATTT TGGTCGTCGCAGATCACGAAATGGTAGGTGCTGTCTTACGTGATAGACCT GACGGGTTTCGTCGTCCCAGTATAAGTGCTACGATTTCAAATGAGATGGG AGGCATACCGGGCTTATTCCTGGCAGAAGGAGCAGACTGGCGTAATCAGA GACGTATGGTTATGGCAGGCTTCGCGCCCACGGCAATAAAAGCGTATTTT CCTGCACTGGTCGCGGTAGCTCTAAGGCTAAGAAGACGTTGGCAAGCAGC AGCATCCGCAAGAAAGGCTATCGATCTTGAGAGCGACCTGAAGAGGTACA CAGTTGATATAATAGCTGGATTGGCCTTCGGGTCAGATGTTAATACCCTG GAGTCTGGAGAAGATGTGATTCAAAGACATCTTGATGACATCCTTCCGGC AGTCGCACGTCGTTCTTTGGCATTAGTACCCTATTGGCGTTACGTGAAAC TTCCGGCCGATCGTAGATTAGATAGGTCAGTGGCCGTGCTAAGAACTGCC GTTCAGGACCTTATTGGGCAGGCTCGTCAGAGAATGCTTGATAACCCGGC CAGACGTGAGAGGCCCCCGAATCTTTTGGAGGCTATGATAGCTGCCGCGG ACCAGAGCGGTAGTGGAGTTACCGATTTGAACGTTGCTGGGAACGTCACC AATATGTTATTAGCTGGAGAGGACACTACTGCGAACACAATATCCTGGAT GATCTACCTTCTGCAGCGTCACCCTCATACCTTGCAAAAAGCTAGAGACG AAGTTAGGAGAAACGCCCCTGACGCAGCCAGATTTACGATCGAGCAACTA GATTCTTTGGACTACTTAGGCGCCTGTGCGAACGAGGCCATGAGACTTAA ACCTGTTGCGCCTTATTTGCCTCTGGAGGCTCTAAGGGATACAGTAATTG GAGATGTTGCGGTGCCTGCGGGTACCATGATCTGGTGTGTGTTGAGACAT GACAGTGTAGCAGAAAAGCACTTCCCCGATCCACTGTTGTTCGACCCACA GAGATGGCTGCAGGCTGATGGAAAGCCGAACTCCGATAAGCGTGTTACAA TGCCCTTCGGTGCCGGACTAAGAACTTGTCCAGGCAGATATCTGGCTTTA CTAGAGATCAAAATCGCAATGGCTATGTTGCTGGGAAGTTTTGATATTGC CGGGGTGGACACGCCGGACGGCAAGGAGGCTCAGGAGCTTATGGGGTTTG TGATGTCTCCAGTTGGATTATCTTTGAGATTAGAG

Seq. ID No: 206

>T5H_14ATGCTGATGAAAACCTTAATGGCATCACTTCAATGGTTGAAGG AATCCTTCCAGCCGTTTATGTTACTGTTTGCTTCCATTTTTCTTGCCGTG CTTCTAAAGTTCTTCTTCAAGGAGAAGAGCCGTAAAAGGTCAAACTTACC TCCGAGCCCACCAAAGTTACCGATTATTGGGAACTTGCATCAGCTTGGCA ACATGCCTCACCTTTCCCTGCATAACTTGGCAAAGAAATATGGGTCAATT ATCTTTCTTCAACTGGGGGAAATTCCCACCGTGGTAGTCAGTTCAGCTAG GCTTGCGAAAGAGGTAATGAAAACTCATGACCTTGCTCTGAGTTCTAGGC CGCAAATTTTCTCAGCGAAGCATCTTTTCTACAACTGCACAGATGTTGTA TTCAGTCCGTACGGCGCTTACTGGCGTCACATTAGGAAGATCTGTATCCT GGAGTTACTGTCAGTTAAGAGGGTCCAGAGTTACTCTTTTGTGAGGGAGG AAGAAGTGGCTCGTTTAGTCAGGAGAGTCGCAGAGTTTTACCCAGGCACT ACGGACTTGACTAAGATACTGGGATTATACGCAAATGACGTCCTTTGCCG TGTAGCCTTTGGCAGAGATTTCAGTGGGGGCGGAGAGTATGATCAGCACG GGTTCCAGAAAATGCTGGAGGAGTACCAGGAATTGTTGGGCGGTTTCTCT CTAGGTGACTTTTTCCCCAGTATGGAGTTCGTGCACAGTTTAACCGGGAT GAAGAGTCGTTTGCAAGACACGTTTCGTAGGTTCGACCAGCTATTCGACC TTTTCCTGACGGAACACAGAGACCCAAAGAGAGAGACAGAAGAACACAAA GACCTGGTGGACGTGTTATTAGACTTACAAAAGAATGCCTACGATGAAAT GCCGCTGACAACGGACAATATCAAAGCTATAATATTGGACATGTTTGCGG CAGGGACCGATACTACGTTTATCACTTTAGATTGGGGGATGACTGAACTA ATCATGAACCCCGAGGTAATGGAGCGTGCCCAGGCCGAGGTCAGGTCTGT GGTCGGTGACCGTGAGGTTGTATTACAGAGTGATCTGCCTCAGCTACATT ACATTAAGGCCGTCATCAAAGAGATCTTTAGACTACATCCCCCGGCACCC GTTTTGGTGCCCAGGGAATCTATGGAAGACGTTAGTATAGATGGTTATAA TATCCCTAGCAAAACCAGGTTCTTCGTTAATGCGTGGGCTATTGGGCGGG ACCCAGAGTCCTGGGAAAACCCCAACGCTTTCGAACCAGAAAGATTTATG GACAGTACAATAGATTTCAAAGGTCAGCACTTTGAACTTATTCCCTTTGG TGCAGGTAGGCGTAGTTGCCCCGCAATCGCCTTCGGCGAAGCGACTATCG AATTAGCCCTAGCGCAACTTTTGCATAGCTTTGACTGGGAGCTGCCTCCA GGTACGACGCCCAAAGATCTTGACATGTCAGAAGTGTTTGGAATCACTAT GCACCGTATTGCCCATTTAATAGTCATCGCGAAACCGAGATTTCCCGTCG GCCAAAACAAA

Seq. ID No: 207

>T5H_15ATGCCCAAACAGAAGAAACGTTTGCCGCCAGGGCCTCCAACAC TACCAATCATTGGGAACATGCACCAGCTGGGAGAACTTGCGCACAAATCT CTGTCCGAGCTGTCAAAGAAGTATGGCCCTATTATGCTTTTAAAAATTGG TAGTAAAACAATAATCAACATAAGTAGCGCAGAAGCGGCGAGACAGGTAT TGAAAGTGCATGATTTGGATTGTTGCTCAAGACCGGTAAGCTCCACAGCT GGCAGACTAACGTACAATTTTAAAGATATTGTATTTGCACCGTATGGCGA TTACTGGAGGGAGATGAGGAAAATCTGCGCACTAGAGCTGTTGAGCGTGG CGAGAGTGCAAAGCTATCGTTTCATTAGAGAGGAAGAAGTCGCAAGTCTA GTAAATTCTATCTCCCAGAGTGCATCTTCTGCCACCCCGGTTGATCTGTC TGAGAAGATGTTAGCATTGACAGTGAACATACTTTGCAGGACTGCGTTCG GTAAAAGTTTCAGAGGATCAGGACTTGACAATGGTAAATTAAGAGAGGTC GTCCACGAGGCTGAAGTCATGTTCGCGAGCTTTTCTGCGACCGAATTTTT CCCCTACGTAGGTTGGATTATTGATCGTCTAAGCGGACGTATAAGAAGAT TAGAGAAAATTTTTAGAGGGCTAGACGATTTCCTGCAACAGGCTATTGAT TTGCACTTAAAACCTAAAAAGACCGAACAAGACCATGAAGATCTAATTGA CGTACTATTGAAGATAGAGCGTGACCAACAAACCAATACGGGGGCACCCC CGTTCAACAAGGACAACATCAAGGCCATACTTTTTGATATGTTCTTGGGT GGATCAAATACAGCCGCAGTGACCATGTTGTGGGCTATGGCTGAACTAGC AAGGAACCCCAGAGCTATGAAGAAAGCTCAAGATGAGGTACGTAATGTCG TAGGCAATCGTGGAAAAGTCACTGAAAGTGACATCACACATTTGCATTAC CTGAAGATGACCATCAAAGAGACGTTTAGGTTACACCCGCCCGCAGCGAT ACTTCTTCCAAGGCAAACTATGGCCGAGGTCAAGATCGGGGGCTATGACA TCGGCCCGAACAGCCTTTTACAGGTTAATGCGTGGGCTCTAGGTAGGGAC CCGGAGTACTGGATGAACCCCGAAGAGTTCTACCCAGAGAGATTCGTTGA CTCTAGCATAGATTACAAGGGACAACATTTCGAATTATTACCTTTTGGTT CAGGTCGTAGGGGCTGCCCGGGTATGCACATGGGAACAACAACGGTCGAG TTAGCATTGGCTAACTTGCTGTATTGCTTCGACTGGAAGTTGCCCAGTGG TCTTAAAGAGGAGGATATTAATATGGATGAGTCTACGGGTCCGGGGCTGA CCCAAAAGAGAACGACACTGAAGTTAGTGCCGGTGAAGTTGTTT

Seq. ID No: 208

>T5H_16ATGAAGCTACTGCTAGATAGGACCAGAACTAATGGGTACCTTC CCCCTAGCCCTCCAAAGCTACCCATCATTGGTAATTTACATCAATTAGGC AAAATGCCGCACATCAGCCTGTGTGAGCGTGCTCAGAAGTTGGGACCGAT TATGTTCTTGCAACTTGGAGAGGTACCGACTGTAGTCATCTCCTCAGCGG CTATGGCAAAGGAGGTGATGAAAACGCATGATTTAGCTTTCTCAAGTAGA CCGCAGTTATATTCCGCCAAGTGGTTGTTCTACAATTGCACTAATATCGT ATTTTCACCTTATGGAGCGTATTGGAGACACGTTAGAAAGATTTGCATTT TAGAGCTGCTGTCCACTAAAAGGGTCCAGTCTTATGGGTTTATTCGTCAA GAAGAGGTTTCAAGACTACTTCATAGAATAGCTGATTCTTGCAGCAAGCC AATAAATCTAAGCAAATTGTTGGGCCTTTACGCGAATGATGTGCTATGCC GTGCTGTCCTGGGCAGAAATTTTAGTGAAGGCGGGGATTATGATATGCAT GGGTTCCAGTCTATGTTGAAAGAGTACCAAGAGTTGTTGGGTGGCTTCAG TATAGGAGATTTCTTTCCAAGTAAAGAATTTGTCCATTTATTAACAGGCC ACAAAAGGAGGTTACAAAATACGTTTAAAAGATTCGATAACTTCTTTCAA CAGGTTGTGCGTGAGCATTTAGATCCGGAAAGAAACTACGAAGGTGAAAA AGATATCTTAGATGTCTTGTTAGATATCCAAAAGAATGGAAGTAGCGAAA TGCCCTTAACACTGGATAATGTTAAAGCCATTCTGTTGGATATGTTTGCA GCCGGAACAGACACATCATTCATCGTCCTGGACTGGGGAATGACCGAACT AATCATGAACCCAAAGGTTATGAAAAAGGCGCAAGCAGAAATAAGGAGAG TAGTAGGTGAGAGGCAAGTCGTCCTTGAAAATGATCTGCCGCAACTACAT TATTTAAAAGCAGTCATTAAAGAAATATTCAGGCTGCATCCGCCTGTCCC GGTACTGGTCCCGCGTGAATCTATACAAGATGTGACCATTGAGGGCTACA ATATCCCAGCAAAGACAAGGGTGTTTATCAACGTGTGGGCAATAGGCCGT GATCCAGAAAGCTGGAAGAACCCAGAGACGTTCGATCCGGAACGTTTCGT TGGTAGCACAATCGACTTTAAAGGCCAGGACTTCGAACTGCTGCCCTTTG GGGCTGGCAGGAGGGGATGTCCAGGAATTACATTCGGAGCAGTAACTGTT GAATTGGCCTTAGCGCAACTGTTGCATAGCTTCGATTGGAAATTGCCTTT AGGGGTTGAAGCAAAGGACCTAGATCTAACGGAGGCATTTGGAATTTCCA TGCCTAAGACGAGTGACTTGATCGTCGTCGCCAAGCCGTGTTTCGCA

Seq. ID No: 209

>T5H_17ATGAGAATGGACGGAAATTCAACTACGATGTTCCCTCTTCTGA TAACGGTCATAATGCTTTTGGCCTCTGTGTTATTTTATATATTCAACAGG TGGACTCATAGGTATAGTAAGTCAGGAATACTGCCTCCTAGTCCGCCTAA GTTACCCCTGTTAGGTCACCTGCACTTGCTTTCAGATCAACCGCACGTTG CCCTGTCAAGGTTAGCTCAAAAGTATGGCCCAATTATGTACTTAGAGCTG GGACAAGTGCCGACTGTGGTTGTTAGCTCAGCGTCCTTGGCACGTGAAGT CCTTAAAACCCACGACCATGTATTTTGTAATCGTCCGCAAACTATAGCCG CACAGTACATATCATTCGGGTGTTCAGACGTGACTTTTTCTCCTTATGGG CCGTATTGGAGACAGGTGAGAAAAATATGCGTCACAGAATTATTGACCCT GAGGAGGGTTAACTCTTTTCAGTTAATACGTGAAGAGGAAACTAATAGGT TGCTTACGGCCGTCGGAGCGCACTCAGGGAGTGAGGTGAACTTAACGAAA TTATTTTTCAATTTGGCCAATGATACGCTATGCAGAGCCGCATTCGGAAC GAGATTCATGAGCGAGTCTACCCAGTTAGAAAGGCAAAGGGAGGGCAAAA GACTTGAGGATATTCTGATTGAGACCGTAAAACTGTTAAGTGGATTCTAT GTGGGCGAGTTCTTTCCCAGGTGGGGGTGGATTAACAGCGTCAGCGGTTT CAAACGTAGACTTGAGAGAAACTTAGCAGATTTGCGTTCAGTAGGTGATG AGATAATCCAAGAACACATTAAGAAGAGAGGACGTGGTAACGAAGAAGAG GATTTTGTAGACGTATTGTTACGTGTCCAACGTCAACAAGACTTGCAAGT CCCAATCACTGATGACAACGTAACGGCACTTGTTATGGATCTTTTCGTGG CGGGGACAGATACCACATCCTCCACTTTGGAGTGGACGATGACCGAAATG GCCAGGCACCCGGAGGTGATGAAAAAGGCTCAAGCAGAAGTGAGATCTAT GTCACCCGAAGGGGGCACGTTGGACGAGTCCCATTTAAGACATTTGCACT ATCTTAAAGCTGTTATTAAAGAGGCACTTAGATTACATCCACCAATACCT CTACTTCTGCCCCGTGAAAGCATGGATAAGTGTGCCATCGACGGTTATGA AATCCCTGCTAAGACAAGAGTACTTATAAATAACTTCGCACTTGGAAGGG ACCCCGATTCTTGGGACGACCCTCTTCGTTATAACCCTGCCCGTTTTATG GGTGGCGATGAACATAAAATCGATTTCAAAGGGGAAGATTTCAGATTTGT TCCGTTTGGCGGTGGTAGACGTGGGTGTCCCGGCTACTCCCTGGGACTTG CTACCGTTGAATTGACCCTAGCCCGTTTACTATACCATTTTGACTGGAAG TTGCCGCCTGGAGTAGAGGCAGAGAAAATTGATTTGACAGAAATTTTCGG CCTAGCTACTAGGAAGAAAACCCCATTACTGCTTATTCCGACTGCCAGGA AAGCTCCACCGCATGAA

Seq. ID No: 210

>T5H_18ATGGAATTAACTATGGCTTCTACCATGTCTCTGGCATTGCTAG TTTTAAGCGCCGCATATGTCTTAGTCGCTCTAAGAAGATCCCGTAGTAGT TCCTCAAAACCTCGTAGACTTCCACCATCACCTCCCGGTTGGCCGGTTAT TGGACACCTGCATTTGATGAGTGGGATGCCACACCACGCGCTTGCGGAAT TAGCAAGAACCATGAGGGCTCCACTATTTAGAATGCGTTTAGGTTCCGTG CCAGCTGTTGTAATATCAAAACCCGACTTGGCTCGTGCTGCACTTACCAC AAACGATGCGGCATTGGCGTCCCGTCCGCATCTGCTTTCAGGACAGTTTC TGAGCTTCGGCTGCAGCGATGTAACTTTCGCACCGGCAGGACCGTATCAT AGAATGGCTCGTAGGGTGGTTGTAAGCGAGTTACTAAGCGCACGTCGTGT GGCAACATATGGGGCGGTGAGAGTTAAAGAGCTTCGTAGGCTATTGGCCC ATTTGACGAAAAATACAAGCCCTGCTAAGCCTGTAGATTTATCAGAGTGT TTTCTGAATTTAGCCAATGACGTGCTATGTAGAGTAGCTTTTGGTAGACG TTTCCCACACGGAGAAGGGGACAAGCTGGGAGCCGTACTGGCTGAAGCGC AAGATCTATTCGCAGGCTTCACTATAGGGGATTTCTTCCCGGAATTGGAG CCTGTAGCTAGTACGGTTACTGGGCTACGTCGTAGATTAAAGAAATGCCT AGCCGATCTTAGGGAGGCGTGTGACGTGATAGTAGACGAGCACATTTCCG GTAACAGGCAAAGAATCCCAGGTGACCGTGACGAGGACTTCGTTGATGTA TTACTACGTGTCCAAAAGAGCCCCGACCTGGAAGTACCACTTACGGACGA CAATCTGAAGGCCTTAGTGTTAGATATGTTCGTGGCAGGTACGGATACCA CTTTCGCAACACTGGAGTGGGTCATGACAGAGCTTGTACGTCATCCGAGA ATCCTAAAGAAAGCTCAGGAGGAAGTTCGTAGAGTGGTCGGCGACTCTGG TCGTGTTGAGGAAAGCCATTTAGGAGAACTGCATTACATGAGGGCCATTA TTAAAGAAACTTTTAGACTTCACCCAGCGGTTCCCCTATTGGTACCGAGG GAGTCTGTTGCACCATGTACTTTGGGTGGGTATGACATACCTGCAAGGAC GAGAGTATTCATCAACACGTTTGCGATGGGGAGGGACCCGGAAATTTGGG ATAATCCTCTTGAGTATTCTCCAGAAAGATTTGAGTCTGCCGGCGGGGGA GGCGAGATTGATCTCAAGGACCCCGATTACAAACTTCTACCATTCGGCGG CGGAAGACGTGGCTGTCCAGGATATACGTTCGCCCTTGCGACCGTTCAGG TTTCATTGGCTAGTTTATTATATCACTTTGAATGGGCACTACCGGCAGGG GTAAGAGCCGAGGACGTCAACCTTGACGAAACTTTCGGTCTAGCAACTAG AAAGAAAGAGCCCCTGTTTGTTGCGGTACGTAAGAGTGATGCTTACGAGT TCAAAGGAGAGGAGCTAAGTGAAGTC

Seq. ID No: 211

>T5H_19ATGCCCCTAAGCGACAGCACTATCTCCCTTCTACTGGCCGTGT TGCCGATTAGCGGGATCATTTTCGCCCTATATAACCAGTACCAGATTTGG CTTAAATCTCCGATAAGAGGGCTGCCCTATCCCCCTGGACCACCCTTGTT GTTGGGGAACGCGAACAGGGCTGTACAGTCTAGGCCCTGGTTAACGTATA CAGAGTGGGCCAAGCAGTACGGAGACATAATATATGTCAATATATACGGA GAACACACGGTCATTTTGAATAACTTAGAGGATGTTATGGAACTGTTCGA ACAGAGATCAAGGGTTTATTCTTCCAGACAAAACAACCCATACATCGAGC TGATGGGATGGCAGTTTAACGCTGGGCTTCTGCCCTATGGTGATCTGTGG AGGAGACATAGGAAGTTACTACAGCAGTGTTTCAGAAGAAAGATTTCCAC ACAGTACGAACCCATACAGATAGCTAAGACCCACAACCTACTGAATGATT TACTGCAAACACCTAGCGACTTCATAGAGCATATCAAACGTAACAGTTCT GCCATGATAATGAGTATCCTATACGGTCAAGACATCTCTGACGAAATGTC TGCCCAATTCGTTTCTGTGGCTGAAGAAAGTGTAAAGGCTCTGGGGAAGT GCCTGCGTCCCGGCACCTACCTTGTATCTTACATCCCAATGTTGCGTTAC CTGCCAGCCTGGTTTCCCGGAGCAGAATTTCAACGTCAAGCTGCTGAGGT GAAAAAGCTAACTACCAAAATGAAAGATGAGCCAATTGATTTCGTAGGGA AGGGTCTGTTACACGGCACAGCATCAGCATCTCTTGTGGCAGACCTATTG GAAAACTGCTATGTGCAAAGAGAATACGACGTAATTAAAGACGTAGCCGC GACCGTTTTTGCAGCGGGGGCAGATACCTCTGTGGCAGCATTGGAGTCCT TTTTCCTAGCTATGAGTCTTTTCCCGGAAGCTCAGAAAAAGGCCCAGGCT GAGATGGACAGAGTAATTGGTAATAAAAGATTACCAACGACCGATGACAG GCCACTGCTACCTTATCTGGAAGCCGTATACCGTGAGCTGATGAGGTGGG CTCCTGTAGTGCCTCTAAACGCGGCGCACACCACAATCGCGGACGACATC TACAAAGGCTATTACATACCGAAGGGCACTGCAGTCTACGCTAACACGTG GGCCTTGACGCGTAATGAGGAAAAGTACCCCAATCCAGACATATTTAATC CCGATAGGTTCTTTACCGAGACCGGAGAGCTAAATGACGATGATACGGTA TTGACTTTCGGGTTTGGAAGGCGTATATGTCCGGGCAGGCACATGGCATC TACGACGGTTTGGTTAACTATTGCTTCAGTTTTAAGTAATTTTGATATAA AGGGGAAAGGCACAAATACGAAAGATCAGAAATTTACTAGCATCGGGGAA ATGTTTACCGACAACTTCATTTCCAGGCCGGTGCCATTTGAATGCGACAT TGTGCCGAGAAAGAACGCAGCCCTGCTGGCAAGTAAA

Seq. ID No: 212

>T5H_20ATGGCGTTCGAAACGACGAACGGTATCCTATTAGCTGCCAGTC TATTCGCGGGGGTGGTTCTATATCTGCAAAAGAGAAAGAGATACACCCTA CCGTATCCTCCGGGGCCAAAGAAGCACTTCCTTTTGGGCAACTTACTAGA TGTTCCAACCACGTTTGCATGGAAGAGATACGCAGAGTGGGGGAAGACTT TTGATTCTGATGTGCTACACTTGAGCGTTGCAGGGAGCCATTTCATCATA CTTAACTCCTTTAAGGCCGCCAACGATCTGTTCGAAAAACGTAGCTCTAT TTATTCTTCAAGGGCACAGATGATAATGTTTAGCGAACTGATCGGTTGGG ATTGGCTGATGAGCGGCATGGTCTATGGGGAGCCTTGGCGTGAAAGGAGG AAGGCGTTCCAACAATATTTTCACGTAGGCAATGCCCACTTATATGAACC CGTTCAGATGCAAGCAGTGAGAAAGATGCTACCACGTCTGTTAAAAGAAC CTGAAGACTTTTTAAGCATCACGAGGCATGCGCTTGGCAGTATGGCACTA ACCCTAGCCTACGGCCTAGACATACAAGAAAAGAATGATCCCTATTTAAG AGTCTCTGAAGCTGCAGTCAAGTCTATAGGTGAAGTCGCAATTCCAGGCG CTTTTCTTGTGGACATGATCCCGGCGCTGAAATATGTACCTGAATTTTTC CCTGGAGCAGGTTTTAAGAAAAAGGCACGTATTTGGAGAAAAGTCCAGGA AAACATGCGTGAGATACCTTTCGCTGCTACACTGAAGAATATAGCGAGTG GTAGCGCCAAGGTCAGTTTTACAAGTACATGCCTAGAAAACCTTGATGAA TCAAGGGACGTAGACCACCAACGTACTATTATTAAAGATACGGCCGGAAA TATGTTTGCCGCTGCGACTGATACAACTATTAGTGCTATCCATACCTTCT TTGTTGCGATGTTGTGCTTTCCCGAGGTCCAGAAAAAGGCTCAACAAGAA ATTGACAGGGTATTACAAGGTAGGTTACCTGAGTTTAGTGATGAGGCCGA CTTACCGTACTTATCTGCATTGGTTAAAGAAACGCTGAGGTGGGAGCCTA GCACCCCTATCGGTGTGCCGCACTACAGTTCTGAAGATGATGTCTATAAC GGATATCACATACCGAAAGGAAGTCTAGTTATCGGAAATGCGTGGGCAAT GCTTCACAATGAGGAGGATTACCCGGAGCCTTCACTTTTCAAGCCAGAAA GGTTCATCAAGGACGGTAAATTGAATCCCAACGTGAGGGACCCGGCCGAA ATGGCCTTCGGGTTCGGGCGTCGTCTGTGTCCGGGGAACCACATTGCCAT TTCTGCGCTATGGTTAACCGCTGCAACAGTACTAGCTACCTTTAACATCA CCGAGGCAATAGATGACGATGGTAGACCGATCAAGCCATGTGTGGAATAT GAATCTGCGTTAATATGCCACCCCCTTCCTTTTAAATGCACAATCAAACC TAGATCTAAGGAATGCACAATGTTAATTCAAGCGGCAGCTGACAGCTAT

Seq. ID No: 213

>T5H_21ATGATTATCGATTCTAGTAACTCCGAAGGCAATAGTGAAGGCC AGTACACCATCGATGGACCTAAGGCCAAAGGACTGAGAAGGATGTTTAGA ATCTTCCACTTAATCTTACAGCCGACTAAGTATATGGAGTCTTCCGTACA GAGGTACGGTAGTATGTTTCAGATAGGAAGCGAAGGAGCATCACCATTAG TATACGTAGGAGAACCAGAAGTTGTGAAAGAGATTTTCGCTTTGGACGGA GATCAAGTCGTGACAGGGCAGGGTAACGGAGTGCTAGAGACTATGGTTGG CAAGCACAGTATTCTTTTACTTGATGGCGACCCTCACCGTCAACAAAGAA AGTTGTTAATGCCTCCATTCCACGGTGAGCAGCTAAGGGCATACGCACAT TTGATTTGCGATATTACCAGGCAGATCAGTGCACAGTGGCAGCCGGGACA AACCATCGTGGCTAGACCGCCCATTCAGAATCTTACTCTAGGAGTGATCC TACAGGCAGTGTTTGGGGTCCCCTCTGGCGAAAGGTTGTCCCGTCTTCAA CAACTTATGTCCACGCTGTTAGACTCTTTTGCCTACCCCATATCAGCATC ATTTTTATTCTTCCCGGCGTTACAAAAAGACTTAGGAGAGTGGTCCCCGT GGGGTAAGTTTATTAGGCTGAGAGAGGAAGTCCGTAGTCTTATTTATGCG GAAATTAGGGATAGAAGGCAGCAGTTAGAGAGAAGCGCAATTGAGCAAGA CGAAAAACTTGGAGAGAAGTTAGGCGAGAAGACAGATATATTAACCTTGC TACTACAAGCGCGTGACGAGGACGGAGGGGCGATGTCTGATGCTGAGCTT CACGATGAGATAGTAACCCTTTTGCTTGCCGGCCATGAAACGACAGCCAG CGCAATAGTGTGGATGCTATACTGGATACACTACCTTCCTGAAGTGCAGC AGAAGTTGCGTGCCGAGCTGGATGCGTTGGGACCGGACCCTGATCCTATG GCTATAGCACAGCTTCCCTACCTGACCGCCGTGTGCCAAGAAGCACTGAG GATATATCCTATCACTCCAACCACATTTATTAGACGTTTAAGGGAGCCTA TGACTCTTGCAGGTTACAGATTTAAAGCGGGTACGGCACTTATGCCGGCG ACGTACATCATCCATCAAAGACCCGATCTATACCCCGAGCCTAAACAATT TAGGCCAGAGAGGTTCCTAGAAAGACAGTTTGCTCCGCATGAGTTTTTAC CATTCGGCGGGGGCCATAGATATTGCATCGGAAGTGCCTTGGCCATGATG GAGTTGAAGTTATCAATTGCAACGCTGCTTGCGGATTTCGAACTGGCATT ACTGCACTCCAGGCCGTTGCTGCCAGCTAGGAGAGGACTAACAATGGCTC CACCAGCAGCAATGAAGTTAAGGATCAAGGCGAGAAAAACCAACAAAGCT

Seq. ID No: 214

>T5H_22ATGCCCGCGCCTAAAACTGCACCGAGCACACTGCCATTACCAC CAGGAAGGTTAGGATTGCCGTGGATTGGTGAAACACTGTCATTTTTGAGG GACCCAAACTTTGCGACAAAAAGACAGGCACAGTATGGTAGTTTGTTCAA ATCTAGGATCATTGGCCAGCCGACCGTATTCTTTTGCGGACCAGAGGCGA ATGCTTTCCTTCTGTCCAGCCACGCGGACTGCTTCTCCTGGAGAGATGGC TGGCCAGGCACATTTCAAGAACTTCTTGGTGAGTCCTTATTTTTACAAGA GGGTGAGACTCATTTACGTAACCGTAGACTGCTGATGCCAGCCTTTCACG GAAAAGCGTTGGCAAGTTATTTCAGCACTATGGTTGCCCTTTCCGATAGC TATCTGGCCCGTTGGGAGAAGAAACAGCAATTGACATGGTTCCTAGAGTT CAAAAAGTTTACGTTTGAAGTAGCCTCTGTTCTATTGGTCGGCTCAGCCC CAGGTCACGACGAGACCGACAACACTATCGGCACGGCTGAAAGTGCGGAG ACGGAGGCCCAAATCGCGCAGCTGGCTTCCTGGTTTGCAGATCTAACGAA CGGCTTATTCACCCTTCCTATCCGTTGGGGTCCCACGACCTATAGGAAGG CCCTAAGAGGCAGGGATAGATTGCTGAGTTATATAGAACAGGAGATTACT AAAAGGAGACAATTATTGGCACGTTTACAAACCGATCCAACCGCAGCTCT ACCGACGGATGTTTTAACCTTACTTCTTCAAACGGAAGATGATGAGGGAA ACAGACTTTCTGAGGCAGAAATCAAGGTTCAGACATTGCTAATGCTGTTT GCGGGGCACGAGACGACGACCTCTATGCTAACTTCATTAGTTATGTCTCT TGCCCAAAACCCGGACGTCCTAGCCAAAGCACGTGCGGAGCAACAAGCGT TCCCTGCAGAGTCAGCCCTAACGTTTGAACAGATACAACAAATGCCATAT TTAGATCAGATTCTAAAAGAGGTCGAACGTCAGTATCCTCCCGTCGGGGG AGGATTCAGGAGGGTCATCAAGCCGTTCAACTTTAATGGATACCATGTCC CTGCAGGTTGGCTGGCATTATACAGGATTGATGCGGCGCACAAGGACGAA AGATGTTATACGAACCCGTCAGACTTTGACCCTGATAGATTCAGCCCTGA GCGTGCTGAACAAAAACGTTATGACTACTCACTTGTTGGGTTCGGTGGGG GCCCACGTGTGTGCCTAGGCATGGCGTTTGCCAAGCTCGAAATGAAAATA ATGGCTGCACAATTGCTTAGACGTTATCACTGGCAACTAGACGCTGATCA AGATCTGACTATGAACCCTGTACCTAGTTTGAGGCCTGCGGACGGTTTGA AGGTCCGTTTCAGTAAGCTAAGTTTCACAGCC

Seq. ID No: 215

>T5H_23ATGTTGGATATGCCCTCCGTGAAACCTTGGCTAACCTTCTCAG ACTGGGCCTCCAAGTTCGGTGATATAAGTCATTTAGAAATATTTGGTCAA CACATTGTGGTCCTTAACAGTGCTAAAACTGCTGTTGAAATGTTAGATAG AAAATCTAGCATCTACTCCGATCGTCCGGTATTACCAATGGGTGGGGAAT TAGTAGGCTGGAGAAATACCCTGGTCCTATTACCGTATGGAGATAACTTC AGGGAATATAGAAGGAATTTTCACAGAGTGATTGGAAGCCGTGCGGCTAT GAGCGTTTACCACGCGATTGAAGAGGAGGAAACTCATAAGTTTCTACAAA GAGTGCTGACGAAACCGGCTGATTTGAGTGCTCATGTAAGGACAACAGCC GGTGCAATTATTCTAAGGATTAGTCATGGGTATCATATTCAAGAAGACGG GGACCCATTTGTCAGTTTGGCGGATACAGCTGTGGATCAATTCTCCCGTA GTACGGCTACAGGAGCGTTCATGGTTGACCTGATCCCGGCCCTAGCTTAC GTACCAGAATGGTTTCCTGGAGCTAGTTTCCAAAGAAAAGCGCGTGAGTG GAGGGCCACATTACACGAGATGGTCAATCAGCCATATAAGTTCGTGCAAG ACCAGATGGCTGCCGGCATAGCCCCTAAGAGCTTTACCAGTAACCTGCTG GAGGGACGTACATTAACGGAAGAGGAGGAGCATATTATCAAATGGTCAGG TGCGTCTCTGTACAGCGGGGGTGCCGACACTACGGTTAGTGCCATTTATG GATTTTTCCTGGCCATGACGCTTTATCCCGAGGCGCAGAAGAAAGCCCAG GCCGAGATCGACGCAGTAGTCGGGAGTGATCGTCTACCCACATTTGCAGA CAGGGAATCTCTACCTTACGCTGAAGCATTGGTCAAAGAAGTTCTTAGAT GGTGTCCCGTCGTCCCGATTGTAGTTCCGCACCGTGTTACCGCAGATGAT ATACATAATGGATATTATATTCCCAAGGGTACCTTAGTACTAGCTAATGC TTGGTATATGTTGAGGGACCCGTCAATATATCCCGATCCAATGAACTTTA ACCCCGATAGGTTCCTTCCGTCAGGCGGGAAGGAGCCCCCAACAGACCCG CGTGATATTTGTTTTGGTTTTGGACGTAGAATCTGCCCTGGAATGCACTT GGCGGACGCTAGTGTTTGGTTATCCGCCGTAATGTCTCTGGCGGTGTTTA ATGTCTCAAAGGTGGTCGAAAACGGTGTGGAGATCACCCCTGAAGTCGAT CCTAGTTCCGGAACTATCAGTCACCCGAAGCCCTTCAAATGTTCTATTAA GCCAAGATCTGCTAAAGCACTAGAGCTAATTCAGCAAACGCCACATTAC

Seq. ID No: 216

>T5H_24ATGCACTTACCTCCAGGTCCAAGGCCGCTTCCATTCCTTGGGA ATTTGCTTCAGATGAACAGACGTGGATTGTTGAGGAGCTTTATGCAGTTG CAAGAGAAGTACGGCGATGTATTTACAGTGCACCTTGGTCCTAGGCCAGT CGTAATTCTATGCGGGACCGATACAATTAGAGAAGCCTTGGTGGATCAGG CCGAAGCGTTCTCCGGAAGAGGTACCGTTGCTGTTCTGCATCCCGTCGTC CAAGGCTACGGAGTCATTTTTGCAAATGGCGAGAGATGGAAAATCCTACG TCGTTTTAGTCTAGTTACTATGAGAAATTTCGGAATGGGAAAGAGGAGCG TCGAGGAAAGGATAAAAGAGGAGGCACAATGCTTGGTTGAAGAGCTAAAG AAATACAAAGGCGCGCTACTAAACCCAACTTCCATCTTTCAGAGTATTGC TGCAAACATAATCTGTTCCATAGTTTTTGGGGAAAGATTTGATTACAAAG ACCATCAATTTTTAAGGTTACTGGACTTGATTTATCAGACATTTTCTCTT ATGGGCTCATTGAGTAGTCAAGTATTCGAGCTATTTTCCGGTTTTCTGAA GTATTTCCCTGGGGTGCACAAACAGATTAGTAAAAACTTGCAGGAGATTT TAAATTATATAGATCATTCCGTTGAGAAGCACCGTGCCACATTGGACCCA AATACTCCCAGGGACTTCATCGACACATACCTACTTCACATGGAAAAGGA AAAATCTAACCATCACACTGAATTTCACCATCAAAACTTGGTAATTTCCG TCCTGTCCCTGTTCTTTGCAGGCACCGAGACCACTTCCACGACTTTACGT TACTCATTTTTAATCATGCTGAAATATCCACACGTCGCAGAAAAGGTTCA AAAGGAGATCGACCAAGTGATATCTAGTCATAGGTTGCCGACGTTGGATG ACAGGATTAAGATGCCCTATACCGACGCAGTCATCCATGAAATTCAGCGT TTTGCAGACCTAGCGCCAATAGGGTTACCGCACAGGGTTACAAAAGATAC AATGTTCCGTGGATATCTGCTACCTAAAAATACCGAGGTATATCCGATTT TATCCTCCGCACTTCATGATCCGAGATACTTCGACCATCCTGACACTTTT AACCCGGAACACTTCTTAGACGCTAATGGAACGTTGAAAAAGTCCGAGGC ATTCCTGCCGTTCAGTACAGGAAAGAGAACTTGTCTGGGTGAGGGAATAG CACGTAACGAGTTGTTCATTTTCTTTACAGCCCTACTTCAGAATTTTAGC CTTGCCAGCCCTGTCGCACCCGAGGACATTGATCTTACTCCAATAAACTC CGGGGCGGGTAAAATTCCAAGTCCATACCAAATCAATTTTCTAAGTCGTT GTGTCGGA

Seq. ID No: 217

>T5H_25ATGTATCTAATACCCGACTTTAGTAAAGAGACCTGGATACTAC TTATCATCTTACTTGCGCTGTTGGCTTATTATGGTATTTGGCCCTATAGG CTTTTCAAGAAATATGGGATACCTGGCCCTAAACCTTTACCTTTCTTTGG TACCTTTCTGGAGAACAGGAATGGAGTGTTTGAATTTGATATGGAATGCT TCAAAAAGTTCGGTAAAGTATGGGGGTTTTACGACGGCCGTCAGCCCGTA TTGGCCATTATGGACCCCGTTATTATCAAGGCCATTCTGGTTAAAGAATG CTATACAGTGTTTACGAATCGTAGGAATTTCGGGCTAAACGGTCCTCTTA ACTCAGCAGTGTCTATTGCAGCAGACGATCAGTGGAAACGTATTAGAACA GTGCTATCACCGACTTTTACTTCCGGGAAGCTGAAACAGATGTTTCCAAT CATTAAGCAATATGGCGACTTGCTAGTCAAAAATATACAGAAAAAGGTAG ATAACAAGGAGTTCATAGATATGAAAAATATATTTGGTTCATACAGTATG GATATCGTTTTAAGCACTAGCTTTTCAGTAAACGTAGACTCACTAAATAA CCCTAACGACCCATTCGTCACCAACGGGAGGAATCTGTTTACTTTCTCTT TCTTAAATCCCCTATTTCTGACGACGCTACTGTGTCCTTTCCTGATTCCA ATACTGGACAAGCTGAATTTCTGCTTTCTGCCCATTTCAGTTCTAAACTT CTTTCAGGATGCCATTACATCTATCAAGAAGAATAGACAAAAAGGCATTC ACAAGGATAGAGTAGACTTCCTTCAGTTGATGGTTGACGCACAAGCCAAT GATTCAAAAGGGGGCGCAGACCACGGCTACAAGGAATTAACGGATACTGA GATCATGGCTCAGGGGTTAATTTTCATAATCGCGGGGTATGAGACTACGA GCACAACTCTAATGTTTCTAGCGTACCACTTGGCGACCCACCCTGACGTG CAGACCAAATTACAGGAAGAAATTGATATCATACTTCCCAACAAAGCGCC ACCTACATATGAGGCACTTATGCAAATGGAGTATTTGGACATGGTATTGT ACGAAAACCTGAGGTTGTATCCGGCAGCAGGTCGTATTGAGAGAGTTTGT AAAGCAACGACAGAAATTAACGGAGTTACCATTCCGAAAGGTGTTGTGAC AGTGATTCCAGCTTTCGTCTTGCATCGAGATCCCGAGTTATGGCCCGAAC CGGACGAGTTCCGTCCCGAAAGATTTTCCAAGGAAAATAGAGAAACGCAA GACCCATATACTTTTCTTCCATTCGGGGCGGGTCCAAGGAACTGTATAGG GATGAGGTTTGCACTTATTAACATGAAGTCAGTAATTACATTGTTGCTTC AGAACTTTTCCTTCCGTACTTGCAAGGACACGCCAATCCCGCTACAAATA GATACTAGGGGATTCTTGAAAACAACTAAGCCTGTCATCCTTAACTTGGT CCCCAGGGAAGCTCAGAAAACCGAGAAA

Seq. ID No: 218

>T5H_26ATGTATGATACGTTCCTTGAATGGATCGAAAAGTATGGACCTG TAGTACGTGTCAACTCATCTCACTCAACCTTCGTCATTGTGATTTCCCCC GAGGGAGTTAAGGAATTTCTTATGTCACCCAAGTATACCAAGGATAATTT CTATGAACGTATCGAAACCCTGTTTGGCGCCAGATTCTTAGGTAAGGGAC TTGTGACCGATAGGGACTACGATCACTGGCACAAACAACGTAGGATGATG GACCCCGCGTTCAGCAGGACGTATTTAATAGGTTTAATGGGGACCTTTAA TGAGACTGCCGAGGACCTTATGGACGTGCTAGGTGACAAAGCGGACGGTA AGTGCCAGGTGGGGATGCATGACATGTTATCTCGTGTGACTCTTGATGTT ATTGCGAAGGCCGCTTTCGGGATGGAGCTGAACAGTTTACATGACGATCA AACACCTTTCACAAGAGCGATAAGTACCGTAATGAAAGGGATGGTAGAGA CCAGAAACCCTCTAGCACGTTACATACCGGGGAAACAAGCGTTTATACGT GAGGTGAAAGAAAGTATCAAACTGCTGAGGGAGACTGGGAGAGAATGTAT CCTTCAAAGGAGGAAGGAGATTCAAGATGGAGAGGATATACCGATGGATA TATTAACGCAAATCTTGAAAGGGGCCGAGATCGAGGACGGATGCAGTTTA GAAGATTTGATCGATAACTTCGTTACGTTCTTTGTCGCGGGACAGGAAAC GACAGCGAATCAATTGAGTTTCGCGGTTATGGAATTAGCCAGGAACCCAG AGATTCTTACCAGAGTACAAACGGAAGTGGATGAGGTACTTGGATCTAAG CGTGATATCGAATATGAAGATTTGGGTAAGCTGCAGTATTTAAGCCAGGT TTTGAAAGAAACGCTTCGTTTATATCCGATTGCTCCAGGAACATCCAGAG CCCTGGAGAAGGAGACCGTTATTGAAGGTGTAAGGGTTCCACCCGGCACT ACACTTATGTTCAACAGCTATATAATGGGACGTATGGAGAAGTATTACCA CGATCCTTTTATCTTCAATCCAGACAGGTTCCATCCGGATGCGCCCAAGC CAAGCTGCGCTTATTTCCCATTTTCCCTTGGACCACGTTCCTGTATTGGG CAAGTTTTTGCTAGGATGGAAGCAAAGGTCGTCATGGCCAAGCTATTACA GCGTTTCGAGTTTGAGTTGGTTGAAGGACAGTCTTTTAGAATCATGGATA CGGGTACCCTCAGGCCGATGGATGGGGTTATATGCAGACTTAGACCGCGT GCAGAGAGAAAATCCAGGAAG

Seq. ID No: 219

>T5H_27ATGGCCGCTCGTCCAAAGCCGGCAACCCCACCCAGCCCTCCAG CGTTACCGGTTATCGGTCATTTGCATCTTCTAACAGATATGCCACATCAC ACGTTTGCTGACCTTTCCAACAGCCTTGGTCCACTGATTTACCTTAGATT GGGACAGGTCCCGACCATAGTGATTCATTCCGCACACCTAGCAAAATTAG TTCTTAGGACACACGATCACGCTTTTGCTAACCGTCCTCAATTGATCTCC GCTCAATACCTGTCTTTTGGTTGTTCCGATGTGACTTTTTCAAGTTACGG AGCGTACTGGAGGCAGGCTAGGAAAATATGCGTCACGGAGTTACTAAGTG CTAAAAGGGTACATTCTTTCAGATTGGTTAGAAAAGAGGAGGTGGATAGA CTGTTGGATGCAGTGCTAACGAGCAGTGGAAAGGAGGTAGACATGTCCCA AATGCTGTTTTGTTTGGCGAATGATGTACTATGTAAGGTTGCGTTCGGAC GTCGTTTTATGGCAGAAAAGGACGGGAAGGGGAAGAACCTTGGATCTGTA CTAATGGAAACCCAAGCGTTATTTGCTGGATTCTGCTTAGGAGACTTCTT TCCCAAGTGGGAATGGGTTAATAGCATGTCAGGTTATAGGAAGAGACTGT TGAAGAATCTAAAGGACTTGAAGGAAGTCTGTGACGAGATAATTGAAGAG CATTTAAAGAAGAAGAAAAAGAAAAACGGCACAGAAAACGCCGATGACGA CGATGACTATAACGAGAAGGAGGACTTTGTAGATGTTTTGCTTAGAGTGC AGAAAAGGGAAGACCTTGAAGTACCCATCACTGACGACAACTTGAAGGCG CTGGTCCTAGACATGTTCGTCGCTGGCACTGACACCAGCAGTGCTACTTT AGAGTGGGTGTTCACAGAGCTTGCGAGACACCCCCGTGTTATGAAGAAAG CTCAAGAAGAGGTTCGTATGATTGCTTCCGGAAATGGTAAGGTCGATGAG TCAGACCTACAGCATCTTCACTACATGAAGGCGGTAATAAAGGAGACGAT GAGGCTACACCCGCCAGTGCCCCTTTTAGTCCCAAGGGAGTCAATGGAAA AATGCGCCCTAGACGGGTATGAAATCCCTGCCAAGACACGTGTCCTGATT AACACTTACGCTATCGGTCGTGACCCGAAATCATGGGAAAATCCCCTAGA CTATGACCCAGAAAGGTTCATGGAGGACGACATTGACTTTAAGGATCAAG ATTTCAGATTCCTTCCTTTTGGCGGAGGGCGTAGAGGCTGCCCTGGTTAT TCCTTCGGACTTGCGACAATTGAGATAACACTAGCCCGTCTTCTATATCA CTTCGATTGGGCTTTACCGCATGGAGTAGAGGCGGACGATGTGGACTTGA GCGAGGTGTTCGGACTAGCAACTCGTAAAAAGACTGCTCTGGTTTTAGTG CCGACGGCAAACAAGGATTTCCAGTTTAGAGGGCATGACTTC

Seq. ID No: 220

>T5H_28ATGGGGAAAAACAAAGTGCCGCCAGGACCGATCGGACTGCCGT TCATCGGTAACCTGCATCAGTTCGATACTCTAGCACCACATATCTACTTT TGGGAGCTATCCAAAAAGTACGGAAAAATCTTCTCATTTAAGTTGACGAG TAACGTGCCTATAATAGTGGTTAGCAGTGCAAAATTGGCGAAAGAAGTGC TGAAGACACAGGATCTAGTGTTTTGCAGCAGACCATCACTGGTCGGACAG CAAAAGCTGTCATACAATGGGCATGACATAGGCTTCGCACCATATAACGA TTATTGGAGGGAAATGAGGAAAATTTGCGTACTTCACCTATTCTCTCTGA AGAAGGTGCAGCTATTTTCCCCCATTCGTGAGGATGAGGTTAGCCGTATG ATCAAGAAAATCTATCAACAAGCAGTGAACAGTCAAGTCACTAACCTATC CAACCTAATGATCAGCTTAAATTCTACTATAATATGTCGTGTAGCGTTCG GAGTAAGATTCGATGAAGAAGCCCATGAGAGAAAGAGATTCAACTACATA TTGGCAGAAGCACAGGCGATGTTTGCGGGTTTCTTCATGTCAGATTTCTT CCCATCACTTAGCTGGATAGATAAGTTGACAGGGATGATCGATAGGCTAG AAAAGAATTTTAAAGACCTTGACGAATTTTATGAGGAACTTATAGAACAG CACTACAATCCTAACAGGCCGAAAAGTATGGAGGGAGACTTTATTGATAT TCTGCTACAGCTCAAAAAGGACCAGCTAACTCCTATAGACTTGAGCCTGG AGGATATTAAAGGAATCTTGATGAATGTACTATTGGCAGGCTCTGACACC TCTAGTAGTGTCATAATTTGGGCGATGACTATATTAATCAAGAACCCCAA GGCAATGAAGAAGGTGCAAGAGGAAATTCGTAACCTAATCGGGAATAAAG GGATAGTCAATGAGGATGACATCCAAAACATGCACTATCTAAAGGCCGTC ATCAAAGAAACTCTTAGACTATTTCCGCCAGCACCTCTACTTATTCCTCG TGAGTCAATGAAGATCTCTACTCTGGAGGGGTACGAGTTTCAGCCAAGAA CTATCGTATACGTCAATGCATGGGCGATCGCTAGGGACCCGGAAATATGG GAAAACCCAGAAGAGTTCATGCCAGAACGTTTTCTGAATAGTAACATTGA TTTTAAGGGACAAGACTACGAACTAATACCATTTGGCGCAGGGAGGAGAG GATGTCCGGGGTTGGCTTTGGGCGTAGCGTCAGTGGAACTAGCTCTATCT AATCTACTTTATGCGTTCGACTGGGAGTTACCCTATGGCTTGAAGAAGGA GGACATAGACATTAATGGTAAACCGGGGATCACAGTTAACAAGAAGAACG ATCTGTGTCTTATCCCCAAGAAGTACTTT

Seq. ID No: 221

>T5H_29ATGAAGTTAACGGGGAAGCGTTATAGATTACCACCAGGACCTG CCGGCGCTCCCGTGGTTGGGAATTGGCTTCAAGTGGGTGACGACCTGAAT CACAGAAACTTAATGTCTTTGGCGAAGCGTTTCGGTGATATTTTCCTGCT GCGTATGGGAGTTAGGAACTTAGTGGTGGTGTCAACGCCCGAACTTGCAA AGGAGGTTCTACATACCCAAGGGGTAGAATTTGGGTCTCGAACACGTAAT GTTGTGTTTGACATTTTTACAGGCAAAGGACAAGACATGGTTTTCACTGT ATATGGCGACCATTGGAGAAAGATGAGGAGGATAATGACGGTACCTTTCT TCACAAATAAAGTAGTAGCACAGAACAGGGTTGGTTGGGAGGAAGAAGCG AGGCTTGTAGTGGAGGATGTAAGAAAAGACCCCCGTGCAGCCGCCGAGGG AGTTGTAATCCGTAGACGTTTACAATTAATGATGTACAATGACATGTTTA GGATAATGTTCGACACTAGATTTGAATCAGAGCAGGACCCCTTGTTTAAT AAGTTAAAAGCATTGAATGCGGAGCGTTCACGTCTTTCCCAATCTTTTGA ATACAATTACGGAGACTTCATACCTGTCCTGAGACCTTTTCTGAGAGGGT ACCTAAATCGTTGTCATGATTTGAAAACCCGTAGAATGAAGGTTTTCGAG GATAACTTCGTACAGGAACGTAAGAAAGTAATGGCGCAAACCGGAGAGAT CCGTTGCGCTATGGATCACATTCTTGAAGCGGAGAGGAAAGGCGAGATAA ACCACGATAATGTTCTTTATATTGTTGAGAACATCAATGTGGCTGCAATA GAAACGACACTATGGTCTATCGAGTGGGGCATTGCGGAGCTAGTTAACCA TCCCGCGATTCAAAGTAAACTACGTGAAGAAATGGATAGTGTACTGGGCG CCGGAGTACCCGTGACCGAGCCTGACTTAGAAAGACTACCCTATCTACAA GCCATTGTTAAAGAAACACTTCGTCTTCGTATGGCGATACCTCTGTTAGT CCCCCATATGAACCTAAATGATGGGAAACTAGCTGGATATGACATCCCCG CGGAATCAAAGATATTAGTTAACGCCTGGTTCCTTGCAAATGACCCAAAG AGATGGGTCAGACCTGACGAGTTCAGACCAGAGCGATTTTTAGAGGAGGA AAAGACAGTAGAGGCGCATGGGAATGATTTTAGATTCGTACCATTCGGGG TAGGAAGAAGGTCATGCCCAGGTATCATTTTAGCTTTACCAATCATCGGC ATCACGCTAGGCAGATTGGTCCAAAACTTCCAGCTGTTGCCCCCGCCTGG GCAGGATAAGATAGATACGACAGAAAAGCCGGGTCAGTTTTCTAACCAAA TCGCCAAACATGCTACAATTGTGTGTAAGCCCCTAGAAGCG

Seq. ID No: 222

>T5H_30ATGAAACCGCGTGGCGCTAAATATCCTAATAGTCTTCCATGTT TGCCCTTCATCGGCTCACTGTTGCACCTTGCATCACACCTGGCTCCTCAT ATCTTATTTAATAAACTACAAGAAAAATATGGGTCACTATATTCATTCAA AATGGGATCTCACTACATCGTAATAGTAAATCATCATGAACATGCTAAGG AGGTATTACTGAAGAAGGGTAAAACATTTGGTGGTCGTCCTAGAGCTGTG ACCACAGACTTGCTAACTAGGAATGCTAAGGATATTGCTTTTGCGGACTA TAGCCCCACGTGGAAGTTCCATCGTAAACTTGTACACGCAGCACTGTCTA TGTTTGGTGAGGGGACTGTAGCGATAGAGAAAATCATTTCACGTGAAGCC GCCTCCCTTTGTCAAACTCTTATTACATTTCAAGGGAGCCCCTTAGATAT GGCCCCGGAGCTGACCCGTGCGGTGACGAACGTAGTATGCGCACTTTGTT TCAACGCGAGATACAAAAGATGTGATCCTGAATTTGAAGAGATGCTTGCA TATTCCAAAGGAATCGTTGACACGGTCGCTAAAGATAGTCTGGTAGACAT TTTTCCCTGGTTGCAAATATTTCCCAATAAAGACCTGGAGATTCTGAAGA GATCAGTGGCCATTAGAGACAAACTATTACAGAAAAAGCTGAAGGAACAT AAGGAGGCATTTTGTGGGGAAGAGGTGAATGACCTGCTGGACGCGTTATT AAAAGCAAAGCTGTCAATGGAAAACAACAACTCAAATATATCCCAGGAAG TCGGGCTTACAGACGACCATCTTTTGATGACCGTGGGTGACATATTTGGC GCGGGAGTTGAGACAACCACCACAGTACTAAAGTGGGCTGTAGCGTATCT ACTACACTATCCGAAGGTCCAAGCTAAGATTCAAGAAGAATTAGATGTCA AGGTAGGTTTCGGGAGACATCCGGTTTTGTCCGATCGTCGTATCCTGCCC TACTTGGACGCGACGATTAGCGAAGTCCTAAGGATAAGACCAGTTGCCCC TCTACTGATCCCCCACGTCGCATTACACGAAAGCAGTATAGGGGAATATA CCATCCCACAGGATGCGAGAGTTGTAATAAATCTGTGGAGCCTGCATCAC GATCCTAACGAATGGGAGAACCCCGAGGAGTTCATTCCTGACCGTTTTCT TGACGAAAATGGGAACCATCTTTACACTCCTAGCCAAAGCTACCTACCCT TCGGTGCAGGCATTCGTGTTTGTTTGGGGGAGGCATTGGCTAAGATGGAG ATTTTTCTATTTCTGTCATGGATCTTACAGAGGTTCACGCTAGAAGTCCC TGCCGGGGATTCCCTGCCGGATCTTGACGGGAAGTTTGGCGTGGTGTTGC AAGTGAAGAAATTTCGTGTAACAGCGAAGCTGCGTGAAGTGTGGAAGAAC ATCGACCTTACAACA

Seq. ID No: 223

>TAT2ATGACGGAGGATTTCATTTCTTCTGTTAAAAGATCCAACGAAGAA TTAAAAGAGAGAAAATCCAATTTTGGATTTGTGGAGTACAAATCAAAACA GCTGACGAGCAGTAGCTCACACAATAGCAATAGCAGCCATCACGATGATG ACAACCAACACGGGAAAAGGAATATATTTCAAAGGTGTGTTGACAGTTTC AAAAGTCCCTTAGACGGATCTTTTGACACATCAAATCTAAAACGTACGCT AAAGCCCAGACATCTTATCATGATCGCTATAGGTGGGAGTATAGGAACTG GTCTGTTCGTCGGGTCAGGTAAAGCCATTGCCGAAGGTGGTCCATTAGGG GTGGTCATTGGCTGGGCCATCGCTGGCAGTCAGATCATTGGTACCATCCA CGGACTAGGCGAAATAACCGTCAGATTCCCCGTGGTCGGCGCGTTCGCGA ATTACGGAACTAGGTTCTTAGATCCATCAATATCATTTGTCGTGTCTACT ATCTACGTACTTCAATGGTTCTTCGTACTACCGCTGGAGATCATCGCAGC GGCTATGACAGTGCAGTACTGGAACTCATCAATTGATCCGGTCATCTGGG TTGCGATCTTCTATGCCGTCATAGTCAGCATAAATTTGTTTGGTGTACGT GGATTTGGAGAGGCAGAATTTGCATTCTCTACGATAAAGGCCATCACGGT GTGCGGTTTCATAATACTATGCGTGGTACTTATTTGCGGCGGGGGTCCTG ATCACGAATTTATAGGGGCCAAGTACTGGCACGATCCAGGCTGTCTAGCA AATGGGTTTCCGGGCGTACTTTCCGTACTGGTCGTTGCCTCATATAGCTT GGGCGGTATAGAGATGACCTGCTTAGCGTCAGGGGAGACGGACCCCAAGG GATTACCGTCTGCCATAAAGCAGGTGTTCTGGAGAATACTGTTCTTCTTT CTGATTTCTCTTACGCTTGTTGGATTTCTTGTCCCGTACACGAATCAGAA TTTACTGGGAGGGTCCAGCGTCGATAACAGCCCCTTCGTGATCGCAATAA AGCTGCACCACATCAAAGCCCTTCCCTCAATCGTCAACGCGGTAATCTTG ATCAGTGTTCTGAGTGTAGGTAACAGTTGTATCTTTGCGTCCAGTAGAAC ATTGTGTTCAATGGCCCACCAAGGCTTGATTCCCTGGTGGTTCGGTTACA TAGATAGAGCAGGCAGACCTCTAGTGGGAATTATGGCAAACAGTTTGTTT GGACTTCTAGCTTTCTTAGTGAAGTCAGGCTCAATGAGCGAAGTATTCAA CTGGTTAATGGCGATAGCGGGGCTGGCCACTTGCATAGTCTGGTTATCTA TAAATCTTTCCCATATACGTTTTAGGTTGGCAATGAAAGCGCAAGGCAAA TCCCTAGATGAGCTAGAGTTTGTAAGTGCAGTTGGTATATGGGGTTCCGC TTATTCTGCGTTGATAAACTGCTTGATATTGATTGCGCAATTCTATTGTT CTCTGTGGCCGATAGGTGGATGGACGTCAGGAAAAGAAAGAGCCAAAATC TTTTTCCAAAACTATCTGTGCGCCCTAATTATGCTGTTCATTTTCATTGT TCATAAAATCTATTACAAATGCCAAACTGGTAAGTGGTGGGGTGTCAAGG CTTTGAAGGACATTGACCTGGAAACAGACAGAAAAGACATTGATATAGAA ATTGTGAAGCAAGAGATCGCCGAAAAGAAAATGTACCTAGATAGCAGACC CTGGTATGTAAGACAGTTTCATTTCTGGTGC

Seq. ID No: 224

>TMO_1ATGAGCACGTTAGCAGATCAGGCATTGCATAACAACAATGTCGG CCCGATTATTCGTGCAGGGGACCTAGTCGAACCTGTCATCGAAACTGCCG AAATCGACAATCCCGGGAAGGAAATAACGGTCGAAGACCGTCGTGCCTAC GTAAGGATTGCGGCAGAAGGGGAGCTAATATTGACTCGTAAGACTCTTGA GGAACAGCTAGGTAGACCGTTTAATATGCAGGAACTAGAGATAAATCTAG CCTCATTCGCTGGGCAAATACAGGCAGATGAAGACCAAATCAGATTTTAT TTCGATAAGACAATGGGCGGAGGGAGTGGTGAGGGAAGAGGCAGCCTTCT TACTTGTGGAGACGTGGAAGAAAACCCCGGGCCCATGTTTAACATACAAT CTGACGATCTATTACATCACTTTGAAGCTGATAGTAATGATACACTATTG TCCGCCGCGCTTCGTGCTGAACTTGTATTCCCCTACGAATGCAACTCAGG TGGTTGCGGCGCTTGTAAAATCGAACTACTTGAAGGAGAAGTATCCAATT TATGGCCGGACGCACCTGGGTTAGCCGCCAGAGAGCTACGTAAGAATAGG TTTCTGGCCTGCCAGTGTAAGCCGCTTTCTGATCTTAAAATTAAAGTTAT CAATAGAGCCGAGGGCCGTGCTTCACATCCCCCGAAGAGGTTCTCTACGA GAGTTGTAAGCAAAAGGTTTTTAAGTGACGAAATGTTTGAACTACGTCTG GAGGCCGAACAGAAGGTCGTTTTCTCCCCCGGACAGTATTTTATGGTGGA CGTTCCAGAGTTAGGCACCAGGGCATATAGCGCCGCGAACCCAGTTGATG GTAATACACTAACGCTAATCGTAAAAGCCGTGCCGAACGGAAAGGTGAGC TGCGCTCTAGCTAATGAGACGATCGAGACACTACAACTTGACGGACCTTA TGGTTTGAGCGTGCTGAAGACTGCTGATGAAACGCAGTCCGTATTTATCG CGGGAGGGAGTGGTATAGCTCCTATGGTCTCTATGGTCAATACTTTAATA GCACAAGGCTACGAGAAGCCTATTACGGTCTTCTACGGTTCTCGTTTGGA GGCGGAACTAGAGGCAGCCGAGACATTGTTCGGCTGGAAGGAGAACCTAA AATTGATTAACGTGAGCAGTTCCGTCGTTGGTAATTCCGAGAAAAAGTAT CCCACCGGGTACGTGCATGAGATCATACCGGAATACATGGAAGGCCTGTT AGGTGCGGAGTTCTACCTGTGTGGTCCACCACAAATGATCAACTCTGTCC AGAAACTGTTGATGATTGAAAATAAGGTCCCATTCGAGGCGATTCATTTT GATAGGTTCTTC

Seq. ID No: 225

>TMO_2ATGGCCATGCATCCGCGTAAAGATTGGTATGAGCTGACGCGTGC GACCAATTGGACACCTTCATACGTGACGGAAGAACAACTGTTTCCAGAAC GTATGAGCGGTCACATGGGTATTCCACTTGAGAAATGGGAGTCCTATGAC GAGCCGTACAAGACTTCGTACCCGGAGTATGTTTCCATACAAAGAGAGAA GGACGCGGGTGCCTATTCTGTTAAAGCTGCCCTGGAACGTGCGAAGATTT ATGAAAATAGTGATCCCGGTTGGATTAGTACATTGAAGTCCCACTATGGC GCTATTGCCGTGGGTGAATACGCAGCGGTTACTGGTGAGGGTAGAATGGC TAGATTCAGTAAAGCCCCTGGCAATAGGAACATGGCTACTTTCGGTATGA TGGACGAGCTGAGGCATGGTCAATTACAACTATTTTTCCCCCACGAATAC TGCAAAAAGGACAGGCAATTCGACTGGGCCTGGAGAGCTTACCATTCTAA CGAATGGGCCGCCATCGCGGCCAAACACTTTTTCGACGATATCATCACAG GCAGGGACGCTATATCTGTCGCGATCATGCTGACATTTTCATTCGAAACG GGTTTCACAAACATGCAGTTTCTAGGACTTGCTGCTGATGCAGCCGAGGC GGGAGACTACACGTTTGCGAACCTTATATCAAGCATTCAAACCGATGAAT CCAGACATGCACAGCAGGGTGGTCCCGCATTACAACTGCTAATTGAAAAC GGTAAGCGTGAGGAAGCGCAGAAGAAAGTCGATATGGCAATTTGGAGGGC CTGGAGATTATTCGCAGTGCTGACCGGTCCGGTAATGGACTATTATACGC CCTTGGAGGATCGTTCCCAAAGTTTCAAGGAGTTCATGTATGAATGGATC ATTGGCCAGTTCGAACGTAGCCTGATTGACTTGGGTTTGGATAAACCCTG GTACTGGGATTTGTTCTTAAAGGACATCGACGAGCTACACCACAGTTATC ACATGGGAGTTTGGTACTGGCGTACCACCGCCTGGTGGAACCCTGCTGCA GGGGTAACTCCGGAGGAGAGGGATTGGTTGGAAGAAAAATATCCGGGATG GAATAAGCGTTGGGGCAGGTGCTGGGACGTGATAACCGAGAATGTCCTAA ATGACAGAATGGATTTAGTGTCTCCAGAGACATTACCCTCTGTCTGCAAC ATGTCTCAGATTCCATTAGTTGGAGTACCGGGCGACGACTGGAACATAGA GGTCTTTAGTCTGGAACATAACGGCAGATTGTATCACTTCGGAAGTGAGG TAGACAGATGGGTTTTCCAGCAAGATCCGGTCCAATATCAAAATCATATG AACATCGTTGATAGATTCCTGGCGGGCCAAATTCAACCCATGACATTAGA AGGTGCGCTTAAATACATGGGGTTCCAGTCCATCGAGGAAATGGGGAAGG ACGCTCACGATTTCGCATGGGCAGATAAGTGCAAACCGGCAATGAAGAAG TCAGCAGGTGGGGGCAGCGGAGAAGGCAGGGGAAGCCTGTTAACCTGTGG CGACGTAGAGGAGAATCCCGGTCCTATGTCATTCGAAAAGATTTGCTCTC TGGATGATATCTGGGTTGGTGAAATGGAGACGTTCGAAACTTCAGATGGA ACAGAGGTTTTGATCGTGAACTCTGAGGAACACGGCGTTAAAGCATACCA GGCTATGTGTCCTCACCAGGAGATTCTTCTAAGTGAGGGGAGTTACGAGG GAGGTGTCATAACGTGTAGAGCGCACTTATGGACATTCAATGACGGCACG GGCCACGGCATTAACCCCGATGACTGCTGTTTAGCGGAGTACCCTGTGGA GGTTAAGGGTGATGACATTTATGTCAGTACCAAAGGTATACTTCCCAATA AGGCACACAGC

Seq. ID No: 226

>TMO_3ATGTCTTTTACCAAGGTTTGTTCTGTCGGAGATATCTGGGAGGG GGAAATGGAGCCATTTACTGTTGATGGTCACGAGATATTACTTGTAGGTG TGGAAGGGGGAGGGATCAAAGCCTTCCAGGGTATCTGTCCTCACCAAGAT ATAGCGTTGTCAGAGGGGAAATTTGATGGGAAGAAACTTATCTGCCGTGC ACACCTATGGCAATTCGATGCCAGCAACGGAAAAGGTATCAACCCAGACG ATTGCGCCCTAGCCGAATACCCTGTCAAGGTTGACGGCGACGACGTCTAC GTACAGACTGCTGGGGTGGAAGCATTATTTGCACATAGCGGTGGTGGCTC AGGCGAAGGGAGGGGCTCCCTGCTAACGTGCGGAGATGTCGAGGAAAACC CTGGTCCGATGGCCTTGCTGAATAGAATGGACTGGTATGACCTTGCGCGT ACAACTAACTGGAGTCCAAAATATGTAACGGAGTCTGAATTGTTTCCGCC CGAGCTGTCAGGAGACCACGGAATACCTATGGAGAAGTGGGAAACTTATG ATGAACCCTACAAGCAGACTTATCCAGAGTATGTTAAAGTACAAAGGGAA AAGGATGCGGGCGCCTATAGTGTTAAGGCAGCCCTGGAAAGATCCCAGAT CTATGAGCGTTCTGACCCGGGGTGGCTAACGGTTATGAAGCAGCACTATG GCGCGATTGCACTTGGAGAGTACGCCGCTTCATCAGCAGAGGCCAGGATG ATGAGATTTAGTAAAGCTCCAGGTATGAGAAACATGGCCACACTAGGGAG CATGGATGAAATACGTCACGGACAGATACAGCTATATTTTCCCCATGAGC ATGTTTCCAAGGATCGTCAGTTTGATTGGGCAGCTAAGGCTTTCCACACC AACGAATGGGCAGCGATAGCTGCGCGTCACTTTTTCGACGATATAATGAT GACCAGAGATGCTATAAGCGTAGCAATTATGCTTACATTCTCATTCGAGA CGGGGTTTACGAATATGCAGTTTCTTGGCTTGGCAGCAGACGCGGCGGAG GCTGGAGATCACACATTTGCAAGTTTGATATCCTCCGTACAAACAGATGA GAGCAGGCATGCCCAGATTGGAGGCCCTACGCTGCAAATCCTTATTGAGA ACGGCAAGAAGGCTGAAGCCCAAAAGAAGGTGGATATCGCTTTCTGGCGT GCCTGGAGACTGTTTTCCGTCCTGACTGGTCCAGTCATGGATTACTATAC GCCGCTAGAACACCGTAAACAGAGCTTTAAGGAATTTATGCAAGAATGGA TAGTCGCGCAGTTCGAGAGAGCACTTAGCGATCTAGGGCTGGATAAACCC TGGTATTGGGATACGTTCTTACAGCAGCTTGACCAACAGCATCACGGGAT GCACCTGGGGGTCTGGTATTGGAGACCAACGGTTTGGTGGAACCCTGCTG CTGGCGTTACACCAGCAGAAAGGGATTGGCTGGAAGAAAAATACCCCGGC TGGAACGATACTTGGGGACAATGCTGGGACGTGATTATTGACAATTTAGT TGACGGCAACATAGCTCAAACATATCCGGAGACATTGCCGATTGTCTGCA ACATGTGCAATCTGCCTATAAACTGCACGCCCGGCAATGGTTGGGCCGTG CAAGATTACCCGCTGGAATACAACGGGCGTCTATACCACTTTGGGAGTGA GCCTGATCGTTGGTGTTTTGAACAGGAACCTGAGCGTTATGCGGGCCACA TGACCCTTGTCGATCGTTTTCTGGCTGGTCTAGTGCAACCAATGGACCTG GGCGGGGCCCTGGCCTATATGGGGCTGGCGCCAGGGGAAATAGGGGACGA TGCACACGGGTATAGCTGGGTCGATATTTATAAGAAAATGCGTATGAAGA AGGCAAGC

Seq. ID No: 227

>TMO_4ATGTCAGTTGCATCAAGCGCGCAAGCGTATCATAACAACATGGT CGGACCCGTTATGAGAGCAGGCGACTTAGCGTTAGCAGTAATTGAAGCGG CCAGGGTAGACAATCCAGGCAAGGAGGTTTTTGTTGATGATAAACGTGCT TATGTACGTATTCACACCGAGCAAGAAATGATATTGAGGAGAGAAACGAT AGAGGAGGAACTTGGTAGACCATTTAAGATGAATGATCTTGAGGTAGATT TAAGTAGTTTTGCGGGGCAAATCGAATCTTTGGATGACGCCGTTAGATTT TACTTCACAAAGAAGTTGGGTGGGGGATCTGGCGAAGGGAGGGGTAGCCT ATTGACATGTGGGGACGTGGAGGAAAATCCGGGACCATCATCAAACCCAA TAATCCATAATCAAAAGGACGGCTCAAGATTCGCACAAAGGGAGGGGGAT ACAATACTTCGTGCAGCTCTGAGGGCTGGTGTTGGGCTGTCCTACGAGTG TAACTCCGGTGGCTGTGGAGGGTGCAAGTTCGAACTACTGGAGGGAGAAG TGGACACGTTGTGGCCGGATGCTCCCGGGCTATCCGACAAAGACAGAAGG AGAGGGCGTCACCTAGCTTGCCAGTGTCGTGCTAGGGGGCCTGTCAGTAT AAAAGCCGCGACGGGAGCCGAGTACGTGCCTAAGGTCGTTCCACAAAGAC AAACGGCTAGACTGGTTGGGAGCACTGATATTACGCACGACCTTAGAGAG TTTAGGTTCAGATCCGCGGCAGGAGCCAGTTTCTTGCCCGGGCAGTTCGC CATGCTAGATCTACCCGGGCTTGCGAGTGCTAGGGCCTATTCTATGAGTA ACACTGCCAATGATGATGGGGAGTGGCATTTCCAAGTGAGGAGAGTCCCG CATGGGCAAGGGACTCATGTATTGTTTGACAGGCTGGGGGTCGGAGACGA AATCGGGTTGGACGGACCTTACGGAGTAGCCTGGCTAAGAACTGGTGCTC CCAGAGATATAGTATGCGTAGCGGGTGGGAGTGGACTGGCTCCTATGGTC TCCATCGCAAGAGGAGCCGCCGCCGCCGGCATGCTAAAGGATAGGAAACT GTATTTCTTTTATGGCGCAAGAACTCCTAGGGACGTTTGTGGAGCGGAGA TGCTTGCACAGCTGGATGGCTTCGGGGAACGTATCATATATCTTCCGGTG GTTTCTCTTCCGGGTGGCGAGGGTGAATGGCAGGGGGAGACTGGTTACGT ACACGATGCAGTAGCTAGGACACTACCCGGCTCATTGGCGGGTTTCGAGT TTTATTTTGCTGGGCCGCCGCCGATGACGCAAGCCCTGCAAGAGATGCTG ATGGTAGGACACAGGGTTCCTTTTGAGCAAATTCATTTTGATCGGTTTTT C

Seq. ID No: 228

>TPH_1ATGCCGTCCAGACTGAATAAGGATGAATATCAGTTTTACATCGA TCTTGATAATAAGTCCACACCAGCCTTGAATGAAATTGTTAAATGTTTAC GTCTTGACATTGGCGCGACAGTGCATGAGTTGAGCAGAGATAAGAAGAAG GATGCGGTGCCGTGGTTTCCGAAAACAATACAAGACTTGGACAAATTCGC GAACCAGATCCTTTCCTACGGCGCTGAACTTGATTCTGATCACCCTGGCT TCACTGATCCCGTCTATAGAGCTAGAAGGAAAGAATTTGCTGACATTGCT TTTCATTATAAGCACGGCCAGCCAATCCCTTGCGTAACGTACACAGAGGA AGAGAAGAAGACTTGGGGCACAGTATTCAAAGAGTTAAAGTTGCTTTATC CGACTCACGCATGCTACGAACATAATCACGTTTTTCCTTTACTAGAGAAA TATTGCGGTTATAACGAGAACAACATTCCTCAATTAGAGGACGTCTCTAA ATTTCTTCAGACCTGTACGGGATTTCGTCTGAGGCCGGTTGCAGGCCTTC TGAGTTCCAGGGACTTCTTAGCTGGCCTAGCTTTCCGTGTATTCCACTCA ACTCAATACATTCGTCACTGGAGTAAGCCAATGTATACGCCTGAACCGGA CATCTGTCACGAGCTATTGGGCCACGCTCCGCTTTTTGCAGATCCAAGTT TCGCTCAATTCTCACAAGAAATCGGCCTGGCGTCACTGGGCGCTCCAGAT GAATACATAGAGCGTCTAGCGACTCTTTACTGGTTCACAGTAGAGTTCGG ATTATGTAAGCAGGATGACAAAATTAAGGCCTATGGAGCCGGACTTCTTT CATCTTTCGGCGAGCTTCAGTATTGCCTTACAGATAAGCCTGAATTGAAG CCCTTTGAGCCAGAAAAGACGTCCCTTCAGAAGTACCCGATTACAGAATT TCAACCTGTGTACTTCATAGCCGAGTCATTCGAAGACGCTAAAGAGAAAA TGAGAAAATTCGCCACTACTATTCCTAGACCGTTCAGTGTGCGTTATAAC CCGTATACTCAAAGTATCGAGGTCTTAGACAATGTCCAGCAGTTAAAGAA TTTAGCGGATTGTATAAACTCAGAGATCGGAACCCTGTGTTGCGCG

Seq. ID No: 229

>TPH_2ATGATCGAGGATAATAAAGAAAATAAAGATCACAGTCTGGAACG TGGCAGGGCTTCATTGATATTCTCTTTAAAGAATGAGGTAGGCGGCTTGA TAAAGGCGCTTAAAATATTCCAAGAGAAACATGTTAACCTATTGCATATC GAGAGTAGAAAAAGTAAAAGGCGTAACTCCGAGTTCGAGATATTCGTAGA TTGTGATATTAACAGGGAACAGCTGAATGACATTTTCCATCTTCTAAAGA GCCACACTAACGTACTGTCTGTAAACCTACCGGACAATTTTACCCTAAAG GAAGATGGTATGGAAACAGTCCCTTGGTTTCCCAAAAAGATAAGTGATTT GGACCACTGCGCTAACAGAGTGCTAATGTATGGAAGCGAGTTAGATGCCG ACCATCCTGGATTTAAGGACAACGTTTATAGGAAGAGGAGGAAGTATTTC GCTGATTTGGCGATGAATTATAAACATGGCGATCCAATTCCCAAGGTTGA GTTCACTGAAGAGGAGATTAAAACTTGGGGAACCGTTTTTCAAGAATTAA ATAAGTTGTATCCGACACACGCATGTAGAGAGTATCTAAAGAACCTTCCT CTTCTGAGTAAGTATTGTGGGTATAGGGAGGACAATATCCCGCAACTGGA GGATGTTAGCAACTTCTTGAAAGAAAGGACCGGATTCAGTATCCGTCCAG TGGCAGGCTATCTATCACCTAGAGATTTTCTAAGTGGGTTAGCATTCAGG GTATTCCATTGCACACAATACGTCCGTCACAGTAGTGATCCGTTCTATAC ACCAGAGCCCGATACATGCCACGAGCTTTTAGGCCACGTTCCTTTACTTG CGGAGCCGTCCTTTGCACAATTCTCTCAGGAGATCGGACTTGCATCCCTT GGCGCTTCCGAAGAAGCAGTTCAGAAACTTGCCACTTGCTACTTCTTTAC TGTAGAGTTTGGCTTGTGCAAGCAGGATGGGCAACTGAGAGTGTTTGGGG CGGGATTGCTTTCCAGCATCAGCGAGTTGAAGCATGCGTTAAGCGGACAT GCAAAAGTCAAGCCATTCGATCCAAAAATCACATGCAAGCAGGAGTGCTT GATCACAACTTTCCAGGACGTTTATTTCGTGTCTGAATCTTTTGAAGACG CCAAGGAGAAGATGAGGGAGTTCACGAAAACTATTAAGCGTCCTTTCGGG GTAAAATATAATCCGTACACAAGATCCATTCAGATTCTGAAAGACACAAA ATCAATCACGTCTGCGATGAACGAACTTCAACACGACTTGGATGTAGTTT CAGATGCCCTAGCTAAGGTTTCCAGGAAGCCTTCTATA

Seq. ID No: 230

>TPH_3ATGTCCGGTCTAGCACTTGACCGTAGTTCACAGCCACACGAGGT GAGAACACTGGAGGTCAACGAGTTGGACCCGAAAGTTTTCGCGGTAGTCG AAGTAAGGAAGGACGAGCCAGGAGTACTGGGCGATGTGTTGAAAGTATTT ACAGAGTCTAGCATAAACATCACTAACATTGAGTCCAGGTTCAAGAGCTT CGCAAGGGATGGGCCAGCATTTCATATTGATTTTGAAGGTGAAGCCAGGG AGCACAGAGTACAACGTGTGCTAAGGGATGTAAAATCTGTTCCAGGCGTC TCTCAGGTGACAGTAATGGAAGAGAGGGAAGTCCCCTGGTTCCCAATTAA TATTAGGGACTTAGATCTAACCACGGATACTCTTGACGGAGGAACAGCCT TGATCAATGAGGATCATCCTGGCTTCAACGACCTAGCGTACAGGCAGAGA AGAGAGGAGATCGTTACCGCTGCAAAGGAACATAGGCACGGAGACAGAAT TGCCAGGGTACAGTACTTGGAACATGAAGTCGAGACTTGGAGGGCAGTCT ACGAACAACTTCGTGAATGTCATTCAAGGTGGGCTTGTACTGAGTACCTA GAGATGTTGCCGCAAATGGAGAGGTTCTGCGGTTATGCACCCGGGAACAT ACCGCAACTAGCAGATATATCTGACTTTTTACAACAGAGAACTGGGTTTA CCTTGCGTCCTATTACAGGTCTATTATCTGCTAGAGATTTTCTGAACGCA CTTGCATTCAGAGTTTTCTACAGCACCCAATACATCAGGCACCACGGAAA TCCCTTTTACACACCAGAACCGGATATTTGTCATGAGCTGATGGGACATG TACCTCTTTTTGCGAATGCCGCTTTTGCCGATTTTAGTCAGGAAATAGGG TTGGCATCCTTGGCTGCCAGCGACGATGATATAGCCCGTCTTGCGGCAGT ATATTGGTTCACAGTTGAATTTGGGCTGGTCAGACAGGGAGGAGAGGTGA AAGCGTACGGGGCTGGACTGCTGTCATCCTTTGGTGAGATGGAGTGGTCT TGTTCCAGAGAACCCAGCACGACCTGTAGAGAAATGGGTAGCGTAGCGGA GCTGCAAGCTCCTTCCATAGTCCCACTGGACCCGACCCAAGCAGGCAAAC AGGCTTACCCTATAACCACGTATCAACCCTTGTACTTTTGTGCCGAGTCA ATGCAGGACGCTAAGGCCAAGATCTCCCAGTTTTGCGATACTCTGACAAG GCCCTTCTTCCCTCAATATGATCCGTTAACGCAAAACATCCGTGTTACTA AAGCAGTACGTCGTGCGAGGCGTATCTCTACTGTAGAAATGCAGATGGCA AAGCAACTTGATTATTTCGAGAAGCAA

Seq. ID No: 231

>TPH_4ATGGCAGTTCCCTGGTTTCCGAAAACTATACAAGACTTAGACAA GTTCGCCAATCAAATCCTAAGTTATGGTGCCGAATTAGATTCAGACCACC CTGGGTTCACGGACCCTGTATACAGAACGCGTAGAAAGGAGTTTGCTGAC ATAGCGTTTCATTATAAGCATGGCCAACCAATTCCACGTGTAACGTATAC AGAGGAGGAGAAGAAGACCTGGGGTACGGTGTTCAAGGAGTTAAAATTGC TATACCCTACACACGCGTGTTATGAACACAATCATGTATTTCCACTTCTT GAAAAGTACTGCGGGTACAATGAAAACAACATACCCCAGCTTGAGGACGT TTCAAACTTCTTGCAGACGTGTACTGGGTTTAGGCTTAGGCCCGTGGCGG GTTTACTAAGTTCCAGGGATTTTCTGGCTGGACTGGCGTTTCGTGTATTT CACAGCACACAATATATCAGACATTGGTCTAAACCGATGTATACGCCGGA GCCGGATATTTGTCACGAGCTTCTAGGTCATGCACCTTTATTTGCTGACC CTAGCTTCGCACAGTTCAGTCAAGAAATTGGCCTGGCTTCACTAGGCGCT CCAGATGAGTATATTGAGAGACTTGCCACATTATACTGGTTTACCATTGA GTTTGGCTTGTGTAAACAAGACGACAAGATAAAAGCCTATGGGGCGGGGT TATTATCTAGTTTCGGTGAGCTACAGTATTGTCTAACGGACAAACCGGAC TTAAAGCCGTTTGAGCCAGAAAAGACATCATTACAGAAATATCCCATAAC CGAGTTCCAGCCTGTCTATTTCATAGCGGAGAGCTTTGAAGATGCCAAAG AGAAAGTTCGTAAATTCGCAACGACGATTCCGAGGCCCTTCAGCGTACGT TATAATCCTTATACACAGAGTATTGAGGTGTTGGATAATGTCCAACAGCT TAAAAATCTAGCCGATTGCATAAACTCCGAAATTGGTATCTTGTGTTGTG CACTGCGTAAATTGGAG

Seq. ID No: 232

>TPH_5ATGTTGATTTCCTTTACGCTTAACCTGGTCCACCAAAAGAAGAA CAGCGAGTTTGAGATTTTCCTAGACTGCGACAGTAACAGGGAACAACTAA ACGAGATATTCCAGCTGCTAAGACCCCACGTCAATCTGATAACCATGAAT CCGCAAGAGGACTTTAGCGTGGAAGAAGATGACATGGAGTCAGTACCCTG GTTTCCCATCAAAATTAGCGATTTAGATAAAAGCGCAAACAGGGTGCTTA TGTACGGCAGTGACTTAGACGCGGACCATCCTGGCTTCAAGGATAACGTA TATAGAAGAAGACGTAAATATTTTGCCGACGTCGCGATGAATTATAAATA CGGTGACCCAATCCCACACATCGAGTTCACTGAAGAGGAGGTGAAAACAT GGGGGACTGTGTTCCGTGAATTAAATAAGCTACACCAAACCCACGCATGC CGTGAATACCTAAAGAATTTACCTTTGTTAGTCAAGCACTGTGGGTATAG GGAAGACAACATTCCACAACTAGAGGACGTTTCCAGATTTTTGAAAGAAC GTAGTGGCTTTACCATCCGTCCGGTCGCCGGCTACTTATCCCCGAGGGAT TTCTTAGCTGGCCTAGCCTTTAGAGTATTTCACTGCACTCAATATGTTCG TCACTCATCAGATCCGTTATACACGCCGGAGCCCGACACCTGCCATGAGT TGCTAGGCCATGTACCTTTGTTAGCTGAGCCCAGTTTTGCACAGTTTAGT CAGGAGATAGGTTTGGCCAGCTTGGGCGCCTCTGATGAAGCTGTCCAGAA GTTGGCCACCTGCTATTTCTTTACGGTGGAGTTCGGTCTGTGTAAACAAG AAGGGAAACTAAAGGTGTACGGCGCTGGGCTTCTGTCTAGTATCTCAGAG TTGAAACACAGCCTGTCAGGTAATGCAAATGTGAAACCGTTCGATCCAAT GGTCACTTGCTCACAAGAATGCATCATCACAAGTTTTCAGGAAGTTTATT TTTACTCTGAATCATTTGAGGAAGCTAAAGAGAAGATGAGAGAATTTGCC AAGACAATAAAACGTCCGTTTGGTCTGAAATACAATCCGTACACGCAGAG CGTACAAATGTTGAAGGATACCCAGTCTATCACTACGCTAGTATCTGAAC TTCGTCACGAGCTGGATATCATCAGCGATGCTCTTAATAAAATGAACAAA CAGCTAGGTGTC

Seq. ID No: 233

>TPH_6ATGCATTCCCCCGAACCTGATTGCTGCCACGAATTATTAGGGCA CGTCCCGATGTTAGCTGATAAAACTTTTGCCCAGTTTTCTCAGGATATAG GATTGGCATCCCTAGGTGTCACGGACGAGGAAATAGAAAAGTTGAGCACA CTATATTGGTTTACGGTCGAGTTTGGTCTATGCAAGCAAGACGGTGAGGT TAAAGCATACGGAGCAGGTTTACTGTCCTCATATGGCGAGTTACTACACG CGCTATCCGACAAACCTGAGGTAAGACCTTTCGATCCAGACGAGGCTGCG ATTCAGCCGTACCAAGATCAAAATTATCAACCAGTTTACTTTGTTTCCGA GTCTTTTACCGACGCCAAGGAGAAATTGAGAAATTACGCCAGCAGGATTA AGCGTCCCTTCGCGGCGAGGTATGACCCATATACAGTCTCCATCGAGGTG TTGGACTCCCCTGGTCAAATTCAAAGTTCTTTGGAGGAACTTAAAGACGA GTTGCAGACACTGACTACAGCGTTAAATATACTATCT

Seq. ID No: 234

>TPH_7ATGATGATATCTACTGAATCTGACCTAAGGAGGCAGTTGGACGA AAACGTACGTTCCGAGGCCGATGAGTCCACTAAGGAGGAATGTCCATATA TTAACGCAGTACAATCCCATCACCAGAATGTCCAGGAAATGTCCATAATC ATATCGTTAGTTAAGAATATGAATGACATGAAGTCTATCATCTCCATTTT CACAGATCGTAATATCAATATACTTCATATTGAAAGTAGGCTGGGCAGGC TGAACATGAAGAAACATACTGAGAAGTCCGAATTTGAGCCCCTAGAGTTA TTAGTTCACGTAGAGGTACCCTGCATAGAAGTCGAAAGGTTGTTGGAAGA ACTTAAATCATTTAGTTCTTACCGTATCGTCCAGAACCCGTTGATGAATT TACCTGAGGCGAAGAATCCAACCTTGGACGACAAGGTGCCGTGGTTTCCC AGGCACATAAGTGACCTTGATAAGGTGAGCAATAGTGTTCTTATGTACGG GAAAGAGTTAGATGCCGATCATCCCGGATTCAAAGATAAGGAGTACAGGA AAAGGAGGATGATGTTTGCCGACATAGCTCTAAACTATAAGTGGGGCCAA CAGATTCCCATTGTTGAGTATACTGAAATAGAGAAGACAACTTGGGGAAG AATTTATAGGGAATTAACCAGACTATATAAGACGTCCGCATGTCACGAGT TTCAGAAGAATCTAGGGTTACTACAAGATAAGGCGGGGTACAACGAATTT GACCTGCCGCAACTACAGGTAGTCTCCGACTTTTTGAAGGCCAGGACTGG ATTTTGTCTTCGTCCCGTTGCGGGGTATCTTAGTGCAAGGGATTTCCTTA GCGGACTAGCCTTTAGGGTCTTTTACTGTACTCAGTATATTCGTCACCAG GCCGATCCGTTCTACACACCCGAACCAGATTGCTGCCATGAGCTTCTTGG ACACGTTCCGATGCTGGCGGACCCCAAGTTTGCTCGTTTCTCACAAGAAA TAGGGCTTGCGTCACTAGGTACCAGTGATGAAGAAATTAAGAAATTAGCA ACTTGTTATTTCTTTACGATAGAGTTCGGCTTGTGCAGACAGGACAACCA GCTAAAAGCGTACGGTGCAGGTTTGCTTAGTTCCGTCGCAGAATTACAGC ACGCACTTTCCGACAAAGCGGTTATCAAACCGTTTATTCCTATGAAGGTA ATAAATGAGGAATGTTTGGTTACAACATTCCAAAATGGCTATTTCGAGAC CAGTTCATTTGAAGATGCTACTCGTCAAATGAGGGAATTTGTCAGAACGA TCAAGCGTCCTTTCGATGTCCACTATAATCCGTACACTCAATCTATTGAA ATAATCAAAACCCCAAAATCTGTAGCAAAATTAGTACAAGATTTACAATT TGAGCTAACCGCAATTAATGAGTCCTTGCTGAAAATGAACAAGGAGATTC GTAGTCAACAGTTTACCACAAACAAGATTGTGACTGAAAATCGTAGTTCC

Seq. ID No: 235

>TrpHalo_1ATGTCTACAGCTTCAAAGAACATAGATATTACAAGATTCC CCAAGAAATACGATGCGGCCACGAAAGACTCTGATTTTTATGATGTTGTA ATCGTAGGTGCTGGCCCAGGTGGCAGTACAACTGCTTACTACTTGGCAAA AGAAGGGAAAAAGGTTTTATTGCTTGAGAAGAAAAAGTTCCCCAGAGATA AGATATGCGGTGACGCTATATGCAAACTAGCCATAGAGATGCTTATGGAT ATGGGTGTCTACGAGGGATTAGTTAGGGAGAAGAAAGCTCGTGTAGCTCA CAACGGAGGATTAGTTTCTCCCTCCGGCCTTAGTTTCATCGGGAATACGT ACCTAAAGCCGGGGGAGATCCCTGCTGCAGCTGCGTGCAAACGTATGGTC CTGGACGAAGCCATCGCTAAGGCCGCTATTGGGGCCGGAGCCGAACTAAA AGAAAATTCCCCAGTGACAGACGCTGTCTTCGATAGTAGTACCGGGCTGT GGACGATTAGCATTGAGGGCAGTGATGTGAAACATATGGGCCGTGTGTTA GTATGTGCAGACGGTGCTCCTAGTAAACTAGCTACGCAATTAGGCATCGT AAAACAGGCGCCCCAGGGGGTGTGTAGCAGAGCGTATATTAAGGAAGGTA CACATAGATTCAGAGCGGACGGCGTCGTATTTTATCCGAGAAATATCTTA CCAGCATATGCTGCCCTTTTCAGGCACATAGACGACACTGTCGCGTACTG CACCTATATATTACCCTTTAACCCAAAAGTTACGACAGACGACCTGTCAT ATTGGCATCATCGTCTATTAGAGGAGGACCCTTCTATTTCTCAAGCAGTC GGTAAAAATGCTGATATGGAGAGAATGAAAGCCTGGGGTCTGCGTATGGG AGGTGAACCCGTGACGTATGGTAACCATGTTTTGGTAGTTGGAGACGCAG CTGGAATGATCGATCCACTAACAGGGGAAGGTATACACCACGCTATGGAT GGCGGTCGTATCGCCGCACATTTCCTATGCGAAGCCATAGCGGTTGGGAA TTTTGACAAGGAAGTCATGAAGGAATACCAGAACAGGTGGCTTTACACGT TCGGAAATGACTACAAATGGAGCCAGGCCATATGCCACTTTTTATATCGT TTCCCTATCTTCATCGATGCTACTGCCGCCGCCGCACAAAGGCGTGGGAA CAACTTTCTTGCTCTTTACGCAGACATTATGACCGGGAGGATACCTAAGG CCAATATTTTCCGTCCCGATATTAGTTTGCCCATAGCATTTGAAGTCTTG GTACTATTGTGGAAGATGATGTTCACTGGGGGCGGAGGTAATAATAAAAT GAAGTCACAG

Seq. ID No: 236

>TrpHalo_2ATGAGTACGGCGTCTAAAAATATCGACATCACCCGTTTTC CGAAGAAGTATGACGCGGCGACCAAGGACAGTGACTTCTATGACGTCGTC ATCGTCGGAGCAGGGCCAGGGGGATCAACGACGGCTTATTATCTAGCGAA AGAGGGAAAGAAGGTACTACTTTTGGAAAAGAAAAAGTTTCCGAGGGACA AAATTTGTGGAGATGCTATATGCAAGTTAGCGATCGAGATGCTTATGGAT ATGGGCGTCTACGAGGGTCTGGTAAGGGAGAAAAAGGCAAGAGTTGCACA TAACGGGGGTCTAGTTAGTCCAAGTGGTTTAAGTTTCATAGGCAACACGT ACCTTAAACCAGGCGAGATTCCTGCCGCCGCAGCGTGCAAAAGAATGGTA TTGGACGAGGCTATAGCAAAGGCAGCTATAGGGGCAGGGGCTGAACTAAA GGAAAATAGCCCTGTGACTGACGCCGTGTTCGATTCTAGTACCGGTCTGT GGACAATCTCTATCGAAGGTTCAGACGTAAAACATATGGGCAGGGTCCTA GTTTGTGCGGACGGAGCACCCAGCAGACTTGCGATGCAATTAGGCATCGT CAAGGGGACACCTAAATGCGTTTGCTCCAGAGCGTACATAAAAGGCGGGA CCCACCGTTTTAAAGAGGACGGAATGGTATTCTATGTACCTTCTATCCTA CCGGGGTACGTGGCTTTGTTGCGTCATATCGACGACCAACTTACATACTG CACCTACATTCTACCAGGGAACCCAAGAGCAACTACGAAGGATTTGTCTT ATTGGCATCATAGACTTCTTGAGGAAGACCCAAACATAAGCCAGGCAGTC GGGAAGAACGCCGAACTTGAGAAGATGAAAGCCTGGGACTTACGTGTGGG CGGTGAACCAGTAACGTACGGTAATCATGTCCTTGTGGTCGGTGACGCGG CCGGTATGATAGATCCATTGACAGGTGAAGGCATCCACCACGCAATGGAT GGGGGCCGTATTGCCGCTCACTTTTTGTGTGAAGCTATTGCAGTGGGTAA TTTCGATAAGGAAGTTATGAAAGAGTACCAGAATAGATGGTTGAAGGCAT TCGGAAATGACTTCAGATGGTCTCAAGCTATCGGCAATTTTCTTTACCGT TATCCGATTTTCATCGACGCAACCGCCGCTGTCGCCGAGAAGAAAGGAGA CAGGTTCTTAGCAAGGTGGGCAGATATTATGGCAGGAAGAATACCAAAGA TTAGTGTCCTTAGGCCGCAGTTTTTGCTGGCTGTAGGCTTCCAAGCTCTC CTACTATTCTATAAGAAGATTTTCAAAGGGGGTTATGGAAAGAAGACAAA GATTCTA

Seq. ID No: 237

>TrpHalo_3ATGAGTAGCTTAATCGCGCCAAAAGTAGATACCATAGATA TTACAAGGTTCCCCAAAAAGTACGACCCTGCAGCGGAGGACTCCGATTTC TACGACGTAGTAATAGTCGGAGCGGGTCCCGGTGGCAGCACGACTGCGTA TTACCTAGCGAAGAAGGGTAAGAAAGTGTTACTACTAGAAAAGAAGAAAT TTCCTAGAGACAAGATCTGTGGTGACGCAATCTGTAAAACGGCAATTGAA ATTTTAATGGATATGGGGGTCTACGGCGGACTGATCAGGGAACAGAAGGC TTACATGATTGACTACGGGGGACTTGTGTCCCCTTCCGGTTTGAGCTTTG TCGGCCACACCCATGAGCTTTTCGGTGAAATACCAGGAGCTGTTGTGTGC AAGAGAGTTGTGTTGGACAAGGTAATATCAAGAACGGCACAATCAGCTGG AGCTGAATTGTTGGAGAACTCCCCTGTAACAGATGCAGTTTTCGATTCCA GCACTGGTCTTTGGACTATTTCTATTGAGGGCTCAGACGTGAAGCATATG GGTAGAGTACTGGTATGCGCTGACGGAGCACCTTCCAGATTGGCCATGCA ACTAGGAATTGTCAAGGGGACACCAAAGTGTGTTTGTAGTCGTGCCTATA TTAAAGGCGGCACCCATAGGTTCAAAGAAGACGGCATGGTGTTCTATGTC CCTTCAATACTTCCCGGATATGTCGCCCTTCTTCGTCATATAGATGACCA GCTGACTTACTGTACGTATATCTTACCTGGAAATCCCAGAGCTACCACTA AGGACCTTTCTTACTGGCACCATAGGCTGCTAGAGGAGGACCCCAATATT AGCCAAGCAGTTGGTAAAAATGCCGAATTAGAGAAAATGAAGGCCTGGGA CCTAAGAGTGGGCGGAGAACCCGTCACGTACGGCAATCATGTACTGGTAG TAGGTGACGCTGCGGGCATGATCGATCCATTAACCGGAGAGGGAATCCAC CATGCTATGGACGGAGGCCGTATCGCGGCTCACTTTCTTTGCGAGGCTAT AGCTGTCGGCAACTTTGACAAAGAAGTCATGAAGGAGTATCAAAATCGTT GGTTAAAGGCATTTGGTAATGATTTTAGATGGTCCCAAGCGATTGGGAAC TTCCTATATAGATACCCGATATTTATAGATGCCACTGCGGCCGTGGCTGA GAAGAAGGGTGACAGATTCCTGGCCCGTTGGGCTGACATCATGGCGGGTA GGATTCCCAAAATATCCGTCTTGAGACCGCAATTCCTGTTGGCAGTAGGA TTCCAAGCCCTTCTGCTTTTCTATAAGAAGATTTTTAAAGGGGGCTACGG TAAGAAAACTAAGATCCTT

Seq. ID No: 238

>TrpHalo_4ATGTCTGGAAAGATTGACAAGATTTTGATTGTGGGAGGTG GAACCGCGGGATGGATGGCTGCAAGTTATCTAGGGAAGGCGTTACAGGGC ACTGCGGACATTACGTTATTACAGGCTCCAGATATCCCGACACTAGGGGT AGGAGAAGCAACCATACCTAATTTACAGACCGCGTTCTTTGATTTCTTGG GAATACCCGAGGATGAGTGGATGAGGGAATGCAATGCCAGTTACAAAGTT GCGATAAAGTTCATCAACTGGCGTACGGCGGGCGAAGGTACCTCTGAGGC GAGGGAATTAGATGGCGGGCCGGACCATTTTTACCACAGCTTTGGCCTTC TAAAGTACCATGAGCAGATTCCTCTGTCACACTACTGGTTCGACCGTTCC TACAGGGGCAAGACGGTTGAGCCGTTCGACTACGCGTGCTACAAGGAGCC GGTTATTTTAGATGCTAACAGAAGCCCAAGGAGATTGGACGGCTCCAAGG TCACTAACTATGCGTGGCATTTTGATGCGCACCTAGTCGCTGATTTTCTG AGAAGATTTGCAACTGAGAAGTTAGGGGTAAGGCATGTGGAAGATAGAGT TGAACACGTGCAGCGTGATGCCAATGGGAATATTGAGTCCGTGAGAACGG CTACCGGAAGAGTATTTGACGCTGACTTGTTTGTAGACTGCAGTGGATTT AGGGGGTTACTAATTAATAAGGCAATGGAAGAACCCTTTTTAGACATGTC CGACCATTTGTTGAATGATTCAGCCGTAGCGACTCAGGTACCACACGACG ATGATGCTAACGGAGTGGAACCTTTTACCAGTGCAATAGCCATGAAGTCA GGTTGGACATGGAAAATTCCCATGCTGGGCAGATTCGGGACAGGTTATGT GTATTCTTCCAGGTTTGCCACTGAGGACGAGGCAGTGCGTGAATTTTGCG AGATGTGGCATTTAGATCCAGAGACGCAGCCTTTGAATAGGATTAGGTTT CGTGTCGGGCGTAACCGTAGGGCTTGGGTCGGTAATTGTGTGTCCATTGG AACTTCTTCTTGCTTCGTAGAGCCACTTGAGTCAACTGGAATTTACTTCG TGTATGCCGCACTATACCAGCTTGTCAAGCACTTCCCTGACAAGAGTCTG AACCCTGTTCTAACTGCTCGTTTCAACCGTGAAATTGAGACAATGTTCGA TGATACCCGTGACTTCATTCAGGCACACTTTTACTTCAGTCCACGTACCG ATACACCGTTCTGGCGTGCTAACAAAGAGCTGAGACTTGCAGATGGGATG CAGGAAAAGATCGATATGTATAGGGCTGGCATGGCTATCAATGCGCCTGC CAGTGACGATGCTCAGCTTTACTATGGAAATTTTGAAGAGGAGTTCCGTA ACTTCTGGAACAACTCAAATTACTACTGTGTTTTAGCGGGATTAGGTCTT GTTCCCGATGCCCCTAGCCCCAGGCTGGCCCACATGCCTCAAGCAACGGA ATCAGTGGACGAGGTGTTTGGCGCCGTTAAGGACAGACAACGTAACTTGC TTGAGACCCTACCATCACTGCATGAGTTCCTTAGGCAGCAGCATGGGAGG

Seq. ID No: 239

>TrpHalo_5ATGGACGAAATAGACGACCCCCGTATAAGGAGTGTAGTGA TAGTGGGAGGCGGTACCGCGGGGTGGATGACCGCCGCCGCTTTAGTTCAG CACTTTAGAACCGCGCCTCTAAAAATAACGGTGGTGGAGAGTTCCGATAT TGGGACTATTGGTGTAGGTGAAGCTACGATTCCGACCATTCGTAGATTCT ATGGCCAACTAGGACTTAGGGACGACGATGTGATGAGAGCTACGCAAGCG ACATGTAAATTGGGCATCAGGTTCTTAGATTGGAGTGGACCTGGGTCCGA CTTTATTCATCCCTTTGGTCTTTATGGCCAAGATGTTAAGGGCATTGGCT TCCACCACTATTGGCTTAAACAAAGGCGTGCCGGAGATGCAGCGCCGTTG GCTGCGTACAGCTTAGGAGCGGCACTGGCTGCCGGTGGCAAATTTACGTT GCCCAGTCCTCATCCACCCTCTCAACTGTCTGTATTTGATTGGGCATTGC ACCTTGACGCAGGCCTATTCGCCCAGCACCTAAGAGCGTACGCAGAAGCC GGTGGCTGTGCCAGAATTGATGCCCGTATAAGATCAGTTGAGCTTAGACC AGAAGACGGCTTTGTCAGAGCCCTTACATTGGACGACGGAAGAGAGGTAG AGGGGGACTTGTTCGTGGACTGTAGCGGGTTCAAAGGACTTGTTATCGGT GAGGCGCTGGGAGTTGGGTTCGAAGACTGGGGGAGGTGGTTACCTTGCGA CGCAGCGTATGCTGTACAGTCTGAAAACAGGCCAGGCGATGCGCCAGCTC CGTTCACACGTGTTACAGCTAGAAGCGCCGGATGGCAGTGGGGCATACCG CTTAGACATAGGGCGGGTAACGGGTTAGTATTTTCAAGTGCCCATCTGTC AGACGACCAAGCCCTTGCTGAGTTGATGCCGCATTTATTAGGAGACCCCC TTACCGAGCCGAGGCGTATACCTTTCCGTCCCGGCCGTAGATCTCAAGCG TGGGCAAAGAATTGTGTGGCTATTGGCCTTTCATCCGGCTTCTTAGAGCC CCTGGAGTCCACTAGCATCGCTCTGATCGAGACAGGAATTGAACGTTTGA AAGCCCTGTTCCCTGACCGTAGGTTCGCGCAACCTATCCTAGACGAATTT AATGATCAAACGGCGAGAGAGATGGAGAGGGTTCGTGACTTTATCATACT ACATTATAAACTTAATAGGAGAACTGACACCGACTTCTGGAGAGACTGCA GGGAAATGCCCGTTCCCGAAACATTGGAGAGAAAGATAGCCCTATGGACG GCAAGAGGACAGTTTGTACGTTATCGTTGGGAAATGTTCCATCCAGCAAG CTGGTTAGCGATCTATGATGGTTTCGGCCTTTATCCCGATCACCATGATC CAGCGGTGGATGCTATGGACCCCGCCTATTTAGCTAGGTCATTAGCGGAA ATGAGAGCTAACATTGCGGACTTAGTTGCGCGTACCCCCGAACATGCTCA GTTCCTTGCTGGGTTGGACCCGGCGGCTTCGGCCGCT

Seq. ID No: 240

>TrpHalo_6ATGATACGTAGTGTCGTGATTGTAGGAGGAGGAACGGCCG GTTGGATGACGGCATCTTATCTAAAAGCTGCCTTCGATGACCGTATCGAC GTAACTCTGGTAGAATCCGGTAACGTGCGTCGTATTGGAGTCGGGGAAGC TACTTTCTCAACAGTAAGACACTTTTTCGATTATCTGGGGTTGGATGAGC GTGAGTGGTTGCCACGTTGTGCTGGTGGATATAAATTAGGTATACGTTTT GAAAACTGGTCCGAACCAGGGGAATACTTTTATCACCCATTCGAGAGGCT AAGGGTAGTCGATGGTTTTAATATGGCAGAATGGTGGCTTGCGGTGGGAG ATCGTCGTACTTCTTTCAGTGAGGCTTGCTACTTAACACATAGGCTTTGT GAGGCCAAGAGGGCTCCAAGGATGCTAGACGGGAGTCTTTTCGCATCTCA AGTAGATGAGTCATTAGGGAGAAGCACACTAGCAGAACAGAGAGCCCAAT TTCCCTATGCTTATCATTTCGATGCCGACGAGGTGGCGAGATACCTATCA GAATATGCAATAGCGAGGGGCGTGAGGCACGTAGTGGACGACGTACAACA TGTAGGTCAGGATGAAAGGGGATGGATCAGTGGTGTTCATACTAAGCAGC ACGGAGAGATTAGTGGAGATCTTTTTGTAGACTGTACAGGGTTCAGAGGC CTACTTATAAACCAAACTCTGGGTGGTAGATTTCAGAGTTTTTCCGATGT GCTTCCTAACAATAGGGCTGTTGCTCTGAGGGTGCCAAGAGAGAACGACG AGGACATGCGTCCTTACACAACGGCTACCGCAATGTCTGCCGGTTGGATG TGGACTATACCCCTTTTCAAGAGGGATGGAAACGGTTACGTGTATTCAGA CGAGTTCATTTCTCCTGAAGAAGCCGAGCGTGAGTTGAGATCAACAGTGG CTCCCGGCAGAGATGACCTGGAGGCAAATCATATCCAGATGCGTATCGGG AGGAACGAGCGTACGTGGATTAATAACTGCGTGGCCGTCGGTTTGTCAGC AGCGTTTGTAGAGCCATTGGAGTCAACCGGAATCTTTTTCATCCAACACG CAATCGAGCAGCTGGTTAAGCACTTCCCCGGAGAGAGATGGGACCCTGTC CTAATAAGTGCATACAATGAACGTATGGCACACATGGTTGACGGGGTGAA GGAATTTTTAGTATTACACTACAAGGGTGCCCAGCGTGAAGACACTCCTT ACTGGAAAGCAGCCAAAACCAGGGCGATGCCGGACGGACTGGCCAGGAAA CTAGAGCTTAGCGCGTCTCACTTGCTAGACGAGCAGACTATATACCCCTA CTATCATGGATTCGAAACCTACAGCTGGATCACCATGAACTTAGGGTTAG GCATAGTGCCCGAGAGACCTCGTCCAGCTCTTTTGCACATGGACCCTGCT CCCGCCTTAGCAGAATTTGAACGTCTGCGTAGAGAAGGAGACGAGCTAAT TGCAGCCCTTCCATCATGCTACGAGTATCTGGCTAGTATTCAA

Seq. ID No: 241

>TrpHalo_7ATGTTAGAATCTATTGTGGTCGTAGGAGGTGGTACCAGTG GATGGATGACCGCTTCATATCTGAGTGCTGCCTTTGGTGAGCGTATTTCT GTAACAGTTGTAGAATCAGCGAGGGTCGGGACGATAGGGGTTGGCGAAGC TACCTTCAGCACAGTAAGACACTTTTTCGAATACCTGGGGTTAAGTGAGG AAACATGGATGCCAGCTTGCAATGCTACGTATAAACTAGGGATCAGATTT GAAAACTGGAGAGCGCCAGGGCACCATTTTTATCATCCTTTTGAAAGACA GAGGGTAGTGGACGGGTTCACCCTGCCAGACTGGTGGCTGGCCGATGGCG GGGCCACCGAGAGATTCGATAAGGAATGCTTCCTGGTTGGCACACTGTGT GACACTATGAGATCCCCTAGACACATGGACGGTGCTTTATTTGAGGGCGA TCTAACGGACAGGCCCGCTGGACGTTCAACGCTGGCCGAGCAAGGAACGC AGTTTCCTTATGCATATCATTTCGATGCGGCGTTGCTTGCCGACTTTTTA CGTGATTACGCTGTGGCGAGAGGGGTCTTGCATGTTGTGGACGATGTGGT TCACGTGGCTAGGGACGAAAGGGGATGGATCTCTCATGTTGCCACAAGGG GATCTGGAGACCTGGCGGGCGATTTGTTTGTCGATTGTACTGGATTCAGA GGATTACTTATTAACGACGCTTTGGACGAGCCGTTTGAGTCTTATCAAGA CACCCTACCGAATGATTCCGCAGTGGCTCTGCGTGTACCAGTTGACATGG AGCGTGAAGGCTTGAGGCCATGTACCACATCAACCGCTCAAGCGGCGGGG TGGATATGGACTATTCCACTTTTTGGACGTGTTGGAACCGGCTATGTCTA CGCGAGGGATTACTGCACACCTGAGGAAGCTGAACGTACGCTGCGTCGTT TCGTAGGCCCGGCTGCCGACGACTTAGAGGCCAATCACATTCGTATGAGA ATTGGAAGGAGTAGACGTTCATGGGTCAACAATTGCGTCGCAGTGGGTTT AAGCAGCGGGTTCGTAGAACCGTTAGAAAGTACCGGTATCTTCTTTATTC AGCACGCAATAGAACAACTTGTTAAACACTTCCCCGATGCGGACTGGGAC CCCGCTCTGCGTTCCGCCTACAACACCTTGGTTAACAGGTGCATGGACGG AGTAAGGGAGTTCTTGGTCTTGCACTATTACGGGGCAGCGAGAGCTGACA ATGAATATTGGAGAGATACAAAGACGAGGAAAATCCCCGACTCTTTGGCG GAGAGGGTGGAGCAGTGGCGTACCAAATTGCCCCATCCAGAGAGTGTGTA CCCTCACTATCATGGTTTTGAAGCGTACTCCTACGTCTGTATGGTGCTTG GACTGGGTGGTATTCCTCTAAAACCGAGCCCTGCCCTACGTATGCTTGAC CCCTCCGCAGCCCAGCGTGAGTTCCGTCTGTTGGCGACTCAAGCAGAGGA TCTTAGGCGTACCCTACCGTCTCAATATGCTTACTTCGCACAGTTTAGA

Seq. ID No: 242

>TrpHalo_8ATGAATAAACCTATAAAGAATATAGTGATCGTCGGAGGCG GAACCGCAGGCTGGATGGCAGCGTCATATTTAGTAAGGGCCCTTCAGCAG CAGGCCAATATAACCTTAATTGAATCCGCTGCTATACCTCGTATCGGTGT CGGGGAGGCCACCATACCCAGCTTACAGAAGGTCTTCTTCGACTTCCTTG GTATTCCCGAGAGAGAGTGGATGCCTCAGGTTAATGGAGCGTTCAAGGCA GCTATCAAGTTTGTTAATTGGAGGAAAAGCCCGGACCCTTCCAGGGATGA CCATTTCTACCATCTATTCGGCAATGTTCCGAATTGCGATGGCGTGCCCC TAACGCACTACTGGTTGCGTAAGAGGGAGCAGGGATTTCAGCAACCGATG GAGTACGCTTGCTATCCCCAGCCTGGGGCGTTAGACGGCAAATTAGCGCC ATGCCTTTCCGATGGCACACGTCAAATGAGTCACGCTTGGCATTTCGACG CTCACTTGGTAGCTGATTTTCTGAAGAGGTGGGCCGTTGAGAGGGGCGTC AATAGAGTAGTTGATGAGGTCGTCGATGTCAGATTGAATAACCGTGGCTA CATAAGTAATTTACTGACCAAAGAGGGGAGAACTTTGGAAGCGGACTTAT TCATTGATTGCTCCGGGATGCGTGGACTGCTGATTAACCAAGCGTTAAAA GAACCATTTATAGATATGTCCGATTACTTACTGTGTGATTCTGCCGTTGC GAGTGCCGTACCCAATGACGACGCCCGTGACGGGGTTGAGCCCTATACGT CTAGTATCGCGATGAATAGCGGCTGGACGTGGAAGATACCAATGTTAGGT CGTTTCGGTAGTGGATACGTCTTTAGCTCACATTTCACGAGTCGTGACCA AGCAACAGCGGATTTCTTAAAGCTGTGGGGACTATCTGACAACCAACCCT TGAACCAGATTAAATTCCGTGTCGGGCGTAATAAGAGAGCCTGGGTAAAT AATTGCGTCTCAATCGGGCTATCAAGTTGTTTCCTGGAACCGCTAGAATC TACTGGGATTTACTTTATATACGCAGCATTATATCAACTGGTCAAACACT TCCCGGATACGTCTTTTGATCCACGTTTATCAGATGCCTTCAACGCCGAG ATCGTACATATGTTCGACGATTGCCGTGACTTTGTCCAAGCGCATTATTT CACAACTTCGAGAGACGACACCCCGTTCTGGTTAGCAAACAGGCATGATC TAAGACTTAGCGATGCGATCAAAGAAAAAGTCCAGCGTTACAAAGCTGGG CTTCCTCTTACCACAACGAGTTTCGACGACTCTACCTATTATGAAACGTT TGACTACGAATTTAAAAATTTTTGGTTAAACGGCAACTATTATTGTATTT TTGCGGGTCTTGGGATGTTGCCGGATCGTAGCCTTCCCCTTCTGCAACAC CGTCCCGAGAGTATAGAAAAAGCAGAGGCTATGTTTGCGTCCATCCGTAG GGAGGCAGAAAGATTGAGGACCAGTCTACCTACAAACTATGACTACTTGA GATCCCTACGTGATGGTGACGCGGGATTAAGCAGAGGCCAAAGGGGACCG AAACTTGCCGCACAAGAGTCTTTG

Seq. ID No: 243

>TrpM_1ATGAGTCCCGTCGCACTTTCTCCTAAAAGGGTTGACATAGTAG ATATTAGAGGGAACGACATGCAGTATAGTTTAGTCAACGAAATTCATAAA GGTCTAAATCCTCCTAACGGTACCAGGAGAAGCCTTCCCACAATGCTATT ATACGATAGTGAAGGGCTTAAACTATTTGAGAAAATTACTTACGTCGATG AGTACTATCTGACTAACGCAGAGATTGAGGTCTTGGAAAAGCATTCCCGT AGGTTAGTGGAGAAAATTCCGAGTAACGCGCAACTGCTAGAGTTGGGCTC CGGTAATCTTAGGAAAATTGAGATCCTTCTGAGAGAGTTTGAGCGTGTAG GTAAGCCCGTCGATTACTACGCATTGGATCTGTCACTGAGTGAATTAGAG CGTACCTTCAGCAATGTCTCATTAGAAGAATATAAGTCTGTAGGATTTCA TGGCTTGCACGGTACATATGACGATGCACACACTTGGCTTTCTGACCCGA AAAATCGTGAGAGGCCCACTGTCGTTTTGTCAATGGGGTCTAGTCTAGGG AACTTTTCTCCCCCTGATGCAGCTGCCTTCCTTGCTGGGTTTGCAACCCT TTTGAAACCCTCCGACTTCATGGTCATTGGTTTAGATGCCTGTGAGGACC CTGATCGTGTATATAAGGCTTACAACGACAGTGCCGGTATAACGAGAAAG TTTTATGAGAACGGCCTTGCAAATGCAAATAAAACTCTGGGTCACGAGGT ATTTAGACCTGACGAGTGGGAAGTGGTAACGGAATATGATGCGGTCAATG GAAGGCATCAAGTATTCTATGTCCCTACCAAGGACGTAAGCGTGGGTGAC GTATTGCTAAGGCGTGGCGAGAAGATTATCTTCGCTGAGGCATTTAAGTA CGGATGCCAAGCACGTGAAAAGTTGTGGCACGACGCTGGACTGATTGAAG CAGCCGAGTTCGGCTCCGGGAGTGAGGACTATAGGACTTATATATAA

Seq. ID No: 244

>TrpM_10ATGCTAGGACCAGTACCTTCTCCTAGTCCAGTCCCAATACCG CCTGGCTCACGTCCTGGGGCAAGCCCCGGACTGGAGGCTACCATCCCCAT CATAGACATACGTAGCACAGCTCACTCCGTTACAGTAGCAGCTCTTGAGG ACGGTATCCGTGCTAACGTATTAAGCGGGTTTACAAAGCCTTACAATGAA AAAGAGCTACCAAATCTTTTATTGTATAACGAGGAAGGATTAAGATTATT TGAACAAATTACCTACCAGCCAGATTACTACTTGACCAGATTGGAAATCG ATATTTTATCAAGGCACGCCCATCAGATTGCGAACTCAGTACCCGACGGT GCCATCTTATTGGAGTTAGGGGCAGGTGCACTTAGAAAAACGGCGCTAAT TCTGGACGCGTTGGAGGCGCAGGGCAAGGACGTTACATACTTTGCTTTAG ACCTAGATAAACCGGAGCTGCTACGTACATTGGCCGAAGTCAAAGGGAGA TATACGCACGTGAGCCTGGCTGGACTATGGGGGACGTACGATGATGGCTG CACGTGGCTTAAACAAGTGAAAGATAGACCTCGTATTATTCTATGGTTGG GTTCCTCAGTAGGAAACATGAGCCGTAAAGAAGCTGGCCAATTCATCAGA ACCTTCGGCGATATTCTGGCGCCCAGGGACAGGTTCATTGTTGCTATAGA CAGTAAGAACCATAAGTTGAACGACATTCGTGCCGCTTACGACGACCGTG CGGGCGTTACCCGTAGATTCGCATTGAACGCGTTGGGAAACATTAATGAC CTGTTCAATGCGGATGTTGTTGACGTCAGTTCTTTTGATTACAACCCGTA CTATAATGAAGTACAGGGCAGAAACGAAGCGTATTTCAGGTGCCTTAAAG ATACGCAAGTCCGTATCCCCTCCGAGACACCTATATTGGTACACGAGGGT GAGTATATCAGATTCGCGTTTAGTCATAAATATGATAGAGTTGAAAGGCA AGTTCTGTGGACAGCCGCAGGGGCATACCCCGTTCAGGAATGGATGTCAC AGGACGGTGACTATGCACTGACAATGCTTAGTTGGTCAAGCTAA

Seq. ID No: 245

>TrpM_11ATGACCTACAGTATAGTTGATATTCGTAAAACCGATACTTGT TTAAAGAATAGCATAATCAATGGCATTAACCAGTCCACTAAATCAATCCC TGCTATTGTACTATACGACGAACTTGGCCTGCAATACTATGAAAAAGTGA CCTATTTAAAGGAATATTATTTAACGGAAGCCGAGATTGACATCCTGAAG AACAAGGCTGACCAGATCTCTGACTATATTCCGGAAGGCAGCTCCCTGAT AGAGCTTGGGTCTGGGGCGCTTAGAAAGACAAGATTACTACTAGATTCTA TCGAGAAGCAGAAAAAGAAGGTTATCTACTATGCCCTGGATTTAATGGAG GGCGAATTGAAGCGTACGCTTTCCTCATTGGGCAAGTTTCAATATGTAAA ACTTGTTGGCTTGTGGGGTGTTTACGAAGATGGCATTGATTATGCGTCTA ATCTGCCAGGGGATTCACACAAAACTATTCTATGGATGGGAAGCAGTATC GGCAACTTTAATCGTGACGAGGCTGCTAATTTCGTTAAGACGATCCAGGA CAAAGCTATGAACCCAGGAGATCTATTCCTGATTGGGATAGACAGACGTA AAAACCCGGACAAGATAACAGCCGCCTACAACGATCCAAAGGGAATCAAC GCAAAATTCATAATGAACGGTTTGAACCACGTAAATGCAATATTCGACCA ACCTATTTTCGATTCTAATAACTTCGAACATGTAACTATGTATAACGATG ATGTTGGAAGGCATGAGGCTTACTGCAAGGTAAAGAATGATACAACTCTT GAGTTTAAAGAATCCAAAGATAACCCGAAAACAATAATCAAACTTAATAA GAATGAGTTAATTAACATAGGTTACTCCCATAAGTATAATAAGGCGGAAA CAGATGCTCTATTTGACTTCTCACTACTAAGCTACATGGAGTCTTGGACC GACTCACAGAGCCTATATGACCTGCATTTGGTTTATAAGAGTCCCTTCCA CTTCACACGTAAGTTTGATAGCCACAAATAA

Seq. ID No: 246

>TrpM_12ATGTCTAAAGACGTGCAAGTTCTTGATATACGTGCAAGCCCC CAGTCTAAGGGCTCAATTCCTAATCTGCGTACAGCGATATTGGATGGCTT GCAGAAGGCGCCCGGTATGAGAACTCTACCTAGTGAAATTCTATATGACG ACAGGGGCCTTAAAATCTATAATGACTGTATCAGATCTTGGTCTGAGTGG TATTATCCCATCTCTGCCGAAACGGAAATCCTTGAGATCAACGGTAAAGA CATAGCCAGGGTGTTCAGTACAAGTGATCGTGGTGAGGCGGTGTTAATTG AGCTGGGTGCAGGGAGCCTGGATAAGACCAGCAAGATTCTAGTATCCCTT TCTGAAACCGTTCAAAATGTATCCGATAGCCAGCCTCCGATAACTTATTA CGCACTTGACCTGGAGCGTAGTGAACTGCAACGTACACTTAGTGAACTAC AAAAGAACATCGGGGAGAAGATAGCGGGGAAAATTGCGACGAAAGGGATG TGGGGTACTTATGACGATGGAATCCGTTCTGTTGAGAATAACGAACTACA CCTGGACGCAGCAGTGCCGGTTCACTTTTTGTTCCTTGGTGGTACTATCG GCAATTTCTCAAAAGGAGAGGGAGATGTGACCTTTCTTAGGAATCTGCCC TTGAATGCACAGAGAGGAGATACGATTCTTTTGGGCATTGACCGTGAGAA ATCCAAAGAGATTATCGAGAGAGCGTATAATTTTCCCGCCGCCCGTGAGT GGATTATGAACGGTCTAAACGTCTCAGGGCACTTACTTTCTGGTGACAAA GACCTGTTCCAATTAGATAACTGGGACCGTTATGCGATGTACGACGAAAA ACTGGGCAGATTAGAAGCGGGATATCGTAGCAAGATCGATCAAATCATCG AAGTGACGGCGAATTACAGCATACCTTTTAAGAAGGATGAATCAGTGATG GCCATTTTCTCCAATAAGTACACCGACGATGAACTTAATTTCCTTATTAG CAAGGCCAATCTAAAGACAATCAACAGTTGGGTCGATCACAAGGCCTTGT ACTATATTTTCTCACTGAGGAAGGTCTGA

Seq. ID No: 247

>TrpM_13ATGCCGCGTATACAGGTGCTAGATATAAGAGGCAGTAAGGAG AGCGTGGGCAGTACGCCACACTTACGGGCTGCGATACTTGAAGGGTTACT GAAACCACCCGGTTCCCGTACCCTGCCGAGCGAGACTCTATATGATGAAG TCGGACTGAAGATGTACAATGATGGCATGAAGGCCTGGGCTGAATGGTAT TATCCCGTAGAAGCCGAACGTCAAATCTTGGAAAGATATGGGCGTGATAT TGCAAAGCTGTTCACAACTTCTGCCAAGGGGAAAGCGGTACTTATAGAAC TGGGAGCCGGGTCACTTGACAAAACCAGTCAGGTGCTGCTAAGCGCGGCA GAAATCACACGTACCACGGGACCCATGAACAATATAGCATATTACGCATT GGATTTGGAGCGAGGGGAGCTGGAGAGAACCATAGGTCGTTTACAGGAAG TCATAGGCGATCAAATAGCAGGTAAAATCAGTACAGCCGGTATGTGGGGA ACCTATGATGACGGGATTAGGGTAATTGAGAAAAACGAACTTGAGCTAGA ACCGGACATCCCTGTGCACATTCTGTTTCTCGGGGGCACTATCGGAAATT TCTCTAAGCAGGACGGAGACGTCGCCTTTCTTAAATCCCTGCCACTGGAC CATAAAAGGGGAGATACGCTTTTAGTAGGGATGGATAGACACAAGAGCGC AGACGCCATCGAGAGGTCCTATGGATTCGCCGCGGCGAAGGATTGGATCA TGAACGGCCTTAAAGTATCAGGTAGAGTTCTTACCGGGGACGAAGGTTTA TTTGAAATAGGGAACTGGGAGAGATACGCAAAATACAATGAAGAACTGGG CAGGTATGAAGCAGGATATAAAAGTCAGAAAGAGCACGCCTTAAAAATCA GTGAGGGAGTAGACATCACCTTCTTAAAAGATGAGGTAGTGTTGGTTATG TTTTCTAATAAGTACACCGACGCGGAAATGGACAGCGTAGTCGATTCTGC GGGCCTAGTTAAAAACGGCTCCTGGATGGATGAAAAAGCTCAGTATTGCC TGTTATCTCTGAGAGCCAACAACGGCCCCGTCTAG

Seq. ID No: 248

>TrpM_14ATGAGCCAGATAGAAGTTCTGGACATTCGTGGAAGCAAGGAA GCTACAGGTTCTACACCACACTTGAGGGCGGAAATTTTGCAAGGTCTTTC AAAGTCACCTGGGCATCGTACCATTCCCGGTGAGACCTTATTTGATGAGA CCGGGTTGAAGATGTATGACGAGGGGATGAAGACTTGGAGAAAGTGGTAT TACCCGTTCGAGGCTGAGAAGGAAATCCTTGAAGTTAGGGGTCTGGAGAT AGCCAAATTGTTGAAAACCAGTTCCAAAGGGGAAGCCGTACTAATTGAAT TAGGCGCTGGGTCTTTAGAGAAAACTTCACAAATACTTTTATCTGCCGCT CAGATAGCCGAAACAGCCGATAACAGCACTACTAACCCCATTACATACTA CGCACTAGACCTGGAACATAGAGAGCTGGAGAGAACACTGGCGGCCTTAC AAGACGCTATCGGTCCGAGAATCGCTGGTAAAATCACAACCAAAGGGATG TGGGGGACCTACGAAGACGGAATTAGAGTCGTGGAAAGGAATGATCTAAA ATTTCCTTCAGATGTACCTTTACACATCCTATTTCTAGGAGGAACCATTG GCAACTTTTCTAAAGCTGATGGCGATATTGCATTTTTGAAGAGCCTGCCT TTGAATCGTAAGAGGGGAGATACATTGCTATTGGGAGTGGACAGAGCTAA GGCGGTTGAACTAATTGAAAGAGCCTACGGCTTCGCGGCTGCTACAGGTT GGATAATGAACGGCTTAAAGGTAAGTGGAAGGGTTCTAACCGGAGATGAA GAGCTGTTCGAGAGCGGGAATTGGGAAAGGTACTCCAAGTACAACGAGGA ACTAGGAAGATATGAAGCAGGATATAAGAGCAGGAAGGATCAAACAATAA AGGTTGCTAAGGATGTAGACATCGTTTTTAGTAAGGATGAAGTCATTCTA GTTACTTACTCAAATAAGTATACTGATGCTGAAATAAAGACGGTCTTTGA CGGTGCCGGACTGGAAATTGTGGAATCTTGGATGGACAAAAAGGCACAGT ATTGCTTGTTTTTACTAAAAGCCTGA

Seq. ID No: 249

>TrpM_2ATGACGTTGAGTCTTGCTAATTACCTAGCGGCGGATAGCGCCG CCGAGGCTTTAAGGCGTGACGTGAGGACCGGTCTGACGGCGACACCAAAG AGTCTTCCTCCCAAATGGTTCTACGACGCTGTAGGTTCCGACCTTTTTGA CCAAATAACTAGACTACCCGAATATTACCCTACCCGTACTGAAGCACAAA TTTTACGTACCCGTTCAGCGGAAATAATCGCGGCTGCCGGGGCGGATACG TTGGTCGAGTTGGGCTCAGGGACTTCTGAGAAGACTCGTATGCTGTTGGA CGCAATGAGAGATGCGGATCTATTGAGGAGGTTCATTCCCTTCGACGTCG ATGCTGGGGTATTAAGATCTGCGGGAGCGGCCATTGGGGCGGAGTATCCA GGTATAGAAATTGATGCAGTCTGTGGGGATTTCGAAGAACATTTGGGGAA GATCCCAAGAGTAGGTAGAAGGTTAGTTGTGTTTTTAGGTAGTACGATCG GTAACCTGACACCACAGCCGAGGGCTGAATTTTTAGCCACACTAGCAGAT ACTTTACAACCAGGAGACTCCCTGTTGTTAGGAACGGATCTTGTAAAGGA TACTGGGAGACTTGTAAGAGCATACGATGACGCGGCTGGCGTAACAGCTG CGTTTAATAGGAACGTACTTGCAGTCGTTAATAGGGAACTGTCCGCCGAC TTTGATCTTGATGCGTTCGAACATATAGCTAAGTGGAACGATGACGAGGA GAGAATCGAAGTTTGGCTACGTGCCAGAACAGCCCAGCATGTCAGAATAC CTGCACTAGACCTGGAAATAGATTTCGCAGCCGGGGAGCAGATGCTGACC GCAGTAAGCTGTAAGTTTCGTCCCGATAGTGTTGCCGCTGAACTAGCCGA AGCAGGTTTGAGACAAACACATTGGTGGACCGATCCAGCGGGCGACTTCG GACTGAGTCTAGCTGTGAGATAG

Seq. ID No: 250

>TrpM_3ATGACACTTAGCCTTGCAAATTACCTTGCGGCCGATTCAGCGG CCGAAGCACTAAGGAGGGACGTCAGAGCCGGATTAACTGCTGCCCCGAAA TCTCTTCCACCTAAGTGGTTCTATGACGCCGTAGGAAGCGATCTTTTCGA CCAGATTACCAGATTGCCCGAGTACTATCCAACAAGAACAGAAGCTCAGA TACTAAGGACTAGGAGCGCGGAAATAATAGCGGCGGCTGGAGCAGACACA CTTGTAGAACTAGGTAGCGGTACTTCCGAGAAGACACGTATGCTACTAGA TGCAATGAGAGACGCTGAGTTATTGCGTAGGTTCATTCCGTTCGACGTGG ACGCGGGAGTGTTAAGGAGTGCTGGGGCGGCAATTGGTGCGGAGTATCCT GGCATCGAGATAGACGCTGTTTGCGGAGATTTTGAGGAACACCTGGGTAA GATTCCCCATGTCGGTCGTCGTTTGGTGGTCTTCTTAGGGAGCACCATAG GCAATCTGACGCCTGCGCCCAGAGCTGAATTTCTAAGTACGTTAGCCGAT ACCCTTCAACCAGGGGATAGCTTGTTATTGGGTACTGACCTAGTCAAGGA TACCGGACGTTTGGTTAGAGCTTACGATGATGCGGCAGGAGTGACGGCCG CTTTTAATAGAAATGTACTTGCTGTGGTTAACAGGGAACTATCCGCCGAC TTTGATCTGGACGCGTTTGAGCATGTCGCCAAATGGAACAGCGATGAAGA GAGGATTGAAGTCTGGTTGAGGGCGAGGACTGCTCAACACGTGAGGGTTG CAGCTCTGGATCTGGAAGTGGATTTTGCGGCTGGAGAGGAGATGCTGACC GCCGTTTCCTGTAAATTTAGACCTGAGAATGTCGTAGCCGAGCTTGCGGA GGCAGGCTTGAGACAGACTCATTGGTGGACAGATCCAGCGGGAGACTTTG GGTTGAGCTTGGCCGTTCGTTAG

Seq. ID No: 251

>TrpM_4ATGAGGGTCAGTGGGGCAAACCATCTGGGCGAGGATGCCGGGC ACCTGGCATTAAGGCGTGATGTATATAGTGGGCTTCAGAAAACACCTAAA AGTCTACCACCCAAGTGGTTTTACGATACCGTTGGCTCAGAACTATTTGA TCAGATCACGAGATTACCGGAGTATTATCCCACGAGAGCCGAGGCCGAAA TATTGCGTGCGAGGAGCGCAGAGGTAGCTTCAGCTTGCAGGGCAGATACT CTAGTCGAGCTTGGGTCAGGCACGTCAGAAAAGACCAGGATGCTGCTAGA TGCGCTAAGGCATCGTGGGTCCCTGAGGAGATTCGTACCTTTCGATGTAG ATGCTTCCGTGCTTTCCGCCACTGCGACTGCGATTCAAAGAGAATATTCC GGCGTGGAGATCAACGCCGTCTGTGGGGATTTTGAAGAACATCTAACCGA GATACCCAGGGGCGGGAGGCGTCTATTTGTGTTTTTGGGCTCCACGATTG GTAACCTGACACCGGGTCCCCGTGCCCAGTTTCTAACTGCCCTGGCAGGC GTCATGCGTCCAGGGGACTCCTTGTTATTAGGCACAGATTTAGTGAAAGA TGCTGCAAGGTTAGTGAGAGCTTATGATGATCCAGGAGGAGTGACGGCGC AGTTTAACAGAAATGTCCTGGCCGTCATAAACCGTGAGCTAGAAGCAGAT TTTGACGTAGACGCATTTCAACACGTAGCCCGTTGGAACAGCGCCGAGGA AAGGATTGAGGTCTGGCTTAGGGCGGACGGAAGACAACGTGTGAGGGTGG GTGCTTTAGATTTGACAGTAGATTTTGATGCGGGTGAAGAGATGTTAACT GCTGTGTCATGTAAGTTTCGTCCACAGGCAGTTGGTGCAGAGCTTGCAGC AGCCGGCTTACATAGGATTAGGTGGTGGACCGATGAAGCCGGTGACTTCG GTCTAAGCCTCGCCGCAAAATGA

Seq. ID No: 252

>TrpM_5ATGACGCTGACATTATCAAATTATCTTGCTGCAGATTCTGCCG CCACTGCTCTAAGGCGTGACGTGCATGAGGGGTTGACCCAGTCTCCGAAG ATGCTTCCGCCGAAGTGGTTTTATGATAGCGTTGGGTCAGATCTTTTCGA CCAAATTACCAGACTACCTGAGTACTACCCTACAAGAACGGAAGCGCAGA TACTTACCCATCGTTCTCCAGAAATTGTCGCGGCAGCGGGGGCCGATACA CTTGTGGAATTAGGATCAGGAACATCTGAGAAGACCAGAATGCTATTAGA TGCGATGAGAGACGGGGGTCAGCTAAGACGTTTTATTCCGTTCGACGTTG ACGCGGGCGTGCTAAGAGCAGCAGGGGCGGCTATAGGACAAGAATATCCA GGGATTGAAATTGACGCGGTGTGTGGGGATTTTGAGGAACATTTAGGGAA AATACCTGCGGTCGGCAGGAGACTGGTGGCTTTCTTAGGGTCTACGATCG GTAACCTAACCCCAGGTCCACGTGCGGACTTTCTGGCAAGTCTTGCCGAG ACTCTTCAGCCCGGCGATTCCGTGTTGCTTGGGACGGACCTGGTTAAGGA CACTGGTCGTCTAGTCTCTGCATATGACGATTCCGCAGGAGTTACAGCAG CGTTCAATAGAAATGTCCTTTCTGTAGTTAACAGAGAATTGGACGCTGAT TTTGACCTAGATGCTTTCGCACATGTCGCTAAATGGAACGCGGAAGAAGA GCGTATCGAGGTATGGCTTAGGGCCGACGCACCCCAGCAAGTAAGGATAG CTGGGCTAGACTTAGACGTTGCTTTCGGGGCTGGCGAGGAGATGTTGACG GCAGTTAGTTGTAAGTTCCGTGCTGATGGTGTCGCGGATGAATTAGCGAA GGCCGGGCTGAGGCAAACACACTGGTGGACCGACGAGGCGGGTGACTTTG GTCTAAGTCTTGCGGTCAAGTAG

Seq. ID No: 253

>TrpM_6ATGCTTGAAGCGACGTCTACCCAAAATCTGGTGAGCTTCCAAA TACCCATCGTTGATATTAGGACACCGTCTTGTTTAGAGGAAACTATTAGG AAGAAAGTAGTATCCGGTTTAGCCCGTCCTTATAATAAGAAATCTATTCC GGACTTGCTACTGTATAATGAGACAGGCTTACGTCTTTTTGAGGACTTGA CATACCAGCCGGATTACTATCTAACCGGACTGGAAATCGAAATATTGTCA AAGCATTCTCTTCAGATAGCCGACTCAATCCCGGTAGGGTCCCTGATAAT GGAACTAGGTGCTGGCGCCCTTCGTAAAACGGCCCTAATACTAGACGCCT TAGAGGCACAGAAAAAGGAAGTTGCTTATTTAGCACTGGACCTGGACCGT CCTGAGTTGGTGAGAACTCTTGGACAGTTGAACGGGAAATACACACATGT GAAGCTGGGCGGGTTATGGGGTACGTATGATGATGGACGTCGTTGGCTTA GTGAAAACACCAGTGATTCCCCCAGAACAATACTGTGGCTTGGAAGCTCT ATTGGTAACGTCAAAAGAGATGACGCGGGGGACTTTATTCGTTCCTTTGG TGACGTCCTTAGTTCTAAAGATCGTTTTGTGGTGGCAATAGATTCTAGGT ATCACGAGGTTGATACCATTTGTAGGGCGTATAACGATAGAGAGGGTTTC GCTGAAAGATTTTGCTTGAACGGAATAGACTCATTTAACCAACTATTCGG CCGTGCTATCATTGACATCTCTTGCGCGAAATACCGTACAGTTTATAACG AGGTCAAAGGGAGACACGAGGTGTACTACAGATGCACCCACGATTTCGAA ATCAGGCTACCTGGAGATTATCCACCCACCTTCTTGTACGAGGGAGAACT TATCCTGTTGGCGCATTCATATAAATATGCGGCGGTTGAGAGAGAGACGC TATGGCTGCGTGCAGGAGCTAGACCGGAGAAAGAATGGATGACGGACGGG AGCTATACCGTGACAATGTTGTCATGGCCATAA

Seq. ID No: 254

>TrpM_7ATGTCTCCATCTACGGTTAACAAAATCGCTTCTAGCCCGGTTT TCGACATTCGTTCCGACGAAACGAAAGGCTTTGCTAAGGCTCCGATAGAA GATGAGTTAGCAGGGCTACAAGCAGTATACAACGAGAAAACGCTGCCAAA TGTACTTCTATATGATGCCAAGGGGCTGCAACTTTTCGAAAAGATAACAT ACACCAATGACTACTACTTAACTGGACTGGAGATGGACCTTCTTGGAGAA CACGCCGATGAGATGGCAGAATGGATAAAGGATGGAGCGGCTCTGGTCGA ACTTGGTGCGGGCGCACTTAGGAAAACCGCTATCTTACTGGATGCCATTG AACGTCAAGGTAAGAGGATAACCTTTTATGCGTTGGACCTAGACCACTCA GAGTTGACCAGGACATTGGCGGAGCTAGAGGGTAGGTATAGGCACATAAC ACTATGTGGCTTGTGGGGAACGTATGATGATGGCAGGGCCTGGCTTGCAT CTACAAATGAAGAGCAGCGTGTCCTATTGTGGTTGGGTAGCAGTATTGGC AATCTGTCAAGACAAGAGGCCAAGGATTTTCTGCATTCTTTCGGACGTGC CTTGAGACCTGGAATCGACAAGTTTATAGTAGCAATGGACAGTAAGTATA ACGCTGTCTCTTCCATGACCAGGGCATATAACGACTCAGAAGGAGTAACA GCAAGTTTCGCGTTAAACTTACTTGACGCATTCAATGCTAAAGTCGGATT CAAAGCACTGCCCCCATCATCCTTTTGCTATAGTCCCTTCTTTAATCAGG CACAGGGGAGAAACGAGGCATATCTAAGGGCACGTCATGGTGTGAGGTTC GAGGTTAACGGCATAGCAGTCGAAGTGAGAGATGAGGAGTTGATTCGTTT CGCGTACTCCCATAAATACGATAACGCTGAGCGTGACTTGCTTTGGAGAG CTGCTGAAGCAAATGTAGAACAAGAGTGGCTACATTCACCCCAGTCAGGT AGGGCACGTTATTCCATAAGTCTGCTGTCCTTCCGTGATTAG

Seq. ID No: 255

>TrpM_8ATGACCCTGTCTCTATCAAACCATCTTCCAGCCAACAGTGCAG CAAGGGTACTGAGGAGAGATGTCCTGGATGGTTTAACGCAAACGCCCAAA GCCTTGCCGCCTAAGTGGTTTTACGACTCAGTCGGAAGTGATCTTTTCGA CCAGATCACAAGACTTCCAGAGTATTACCCGACTAGAACAGAAGCACAGA TCTTGAGGACCCGTAGTGCGGAGATTGCCGAGGCTTCTGGAGCCGATACA TTGGTAGAGTTAGGGAGTGGGACAAGCGAAAAGACGAGGATGCTTCTGGA TGCCTTGAGAGATAACGGTACTCTTAGAAGATTTATACCTTTTGATGTGG ACGCTGGGGTACTAAATGCAGCCGGAGCGGCCATCCAGAAGGAATATCCA GGCGTAGAGGTTGATGCAGTATGCGGCGACTTCGAGGAGCACCTTGGCGA AATCCCTCGTGTCGGGAGGCGTCTAATCGCGTTCTTGGGGTCCACTATTG GAAACCTTACACCCCAACCGAGAGCCCGTTTTCTGACGGCCTTAGCGCAA ACCATGCGTCCAGGGGACAGCCTGCTTCTTGGAACTGACCTTGTCAAAGA CACAGAGAGATTAGTAAGGGCATACGACGATTCAGCGGGAGTTACCGCGC GTTTTAACAGGAATGTACTGGCGGTAATCAACAGGGAACTGGATGCGGAT TTTGATCTAGCCGCTTTCGATCATGTCGCTAGGTTCAATGCAGCCGAGGA ACGTATTGAGGTGTGGCTGCGTGCACGTGGGGCGCAAAGGGTGTATGTCA GAGAACTTGACTTGACGGTAGACTTTGCCGATGGAGAAGAAATGTTGACC GCGGTGAGTTGTAAATTCAGGCCCGATGGAGTTGCAGCTGAGTTAGCCGC AGCGGGTCTGCGTAGAACTCACTGGTGGACCGATCCTGCTGGAGATTTCG GCCTTAGTTTAAGCACGAAATAA

Seq. ID No: 256

>TrpM_9ATGACCATTTCCATAGCCAACTATCTGGCTGCCGACTCAGCAG CTACAGCCCTGCGTAGAGACGTGAGAGAGGGATTGGCAGGGACCCCTAAG TCTCTACCGCCCAAATGGTTTTATGACTCAGTTGGCTCCGACCTTTTTGA CCAGATCACCAGATTGCCGGAATACTATCCTACTAGGGCAGAGGCCCAGA TACTAAGAACACACGCGGTTGACGTAGCTGCGGCCTCTGGCGCTGACACG TTAGTTGAGCTTGGCAGCGGGACCAGTGAGAAGACGCGTTTATTACTTGA TGCTTTGCATCGTGCTGACAGTTTGAGGCGTTTCATACCGTTCGATGTAG ATGCGAGTATCCTGCAGTCCGCCGGCGCTGCTATCAGTCAGGAGTACCCA GATGTCGAAATTGAAGCTGTCTGTGGCGACTTTGAGGAACACCTGGGAAA AATACCTCTTCAGGGTAGAAGGCTGGTTGTTTTCCTGGGATCTACTATTG GCAACCTAACTTCCGGACCCAGAGCAACTTTCCTATCCGCATTGGCAGAT TCCTTGCAACCGGGTGACACTCTATTGCTGGGTACCGATCTAGTGAAGGA CGTAGATAGGTTGAAGAGAGCCTACGATGACGCAGCGGGAGTGACGGCAA GGTTCAATAAGAACGTCCTTACTGTAGTCAATAGGGAGTTGGGCGCGGAC TTCGACCTGGACGCATTTGAGCACGTCTGCAAGTGGAACGCGGATGAAGA ACGTATCGAGGTTTGGTTGAGGGCTAATACTCTGCAACGTGTCCATATAT CAGGACTGGAACTAGATGTAGAATATGCTGCGGGGGAAGAGATGTTGACA GCAGTCTCTTGTAAGTTCCGTCCTGAGGGGATCGCGGCCGAATTAGCCGC AGTCGGATTAAATCGTACCCACTGGTGGACGGATGACGCGGGAGATTTCG GCCTTAGCTTAGCAGTAAAGTAA

Seq. ID No: 257

>TrpS_1ATGACGACGTTATTAAATCCCTACTTTGGTGAGTTTGGAGGTA TGTACGTACCTCAGATTTTGATGCCTGCTCTAAATCAACTTGAGGAGGCA TTTGTGTCCGCACAAAAAGATCCGGAGTTCCAGGCTCAATTTGCCGATCT GCTAAAGAATTATGCAGGGAGACCGACGGCGCTTACTAAGTGCCAGAACA TCACAGCCGGGACCAGGACCACACTATACCTTAAAAGAGAAGACCTGCTG CATGGTGGTGCCCATAAAACGAACCAGGTTTTAGGCCAGGCTCTTTTAGC CAAACGTATGGGAAAAAGCGAAATCATAGCAGAAACGGGAGCTGGGCAGC ATGGTGTAGCCTCTGCCTTAGCCTCCGCTCTATTAGGCCTGAAGTGCCGT ATCTACATGGGGGCAAAAGATGTGGAGAGGCAGAGTCCCAATGTTTTTCG TATGCGTCTGATGGGAGCGGAAGTCATCCCAGTACACTCTGGGTCAGCTA CGGTAAAAGACGCGTGCAACGAGGCGTTGCGTGACTGGAGTGGGTCATAC GAGACAGCCCATTATATGCTTGGGACAGCAGCTGGCCCGCACCCGTACCC TACGATAGTAAGGGAATTTCAAAGGATGATTGGTGAAGAGACAAAAGCTC AGATATTAGATAAAGAGGGAAGGCTGCCTGATGCGGTGATCGCATGCGTT GGAGGGGGTAGTAATGCCATTGGCATGTTTGCTGACTTTATCAATGACAC AAGCGTTGGCCTAATTGGTGTCGAACCGGGCGGGCATGGCATCGAGACTG GAGAACATGGTGCCCCACTGAAACACGGCAGAGTTGGGATATACTTTGGG ATGAAGGCACCTATGATGCAGACGGCCGACGGTCAAATAGAAGAGTCATA CAGCATAAGTGCGGGGCTAGATTTTCCAAGTGTTGGTCCACAACATGCCT ATCTGAACTCCATCGGGAGAGCGGATTATGTTAGCATTACTGACGACGAA GCACTAGAGGCCTTTAAGACCCTGTGCAGGCATGAGGGCATAATTCCGGC ATTGGAAAGTAGTCACGCTCTAGCGCACGCGTTAAAGATGATGAGAGAAC AACCCGAGAAAGAACAATTATTAGTAGTGAATCTTTCAGGCAGGGGCGAT AAGGACATATTCACAGTACATGACATCTTGAAGGCTAGAGGGGAAATA

Seq. ID No: 258

>TrpS_2ATGTGGTTTGGAGAATTTGGAGGCCAATATGTCCTAGAAACAC TAATAGGACCACTAAAGGAGTTAGAGAAAGCATATAAGCGTTTTAAAGAC GACGAGGAGTTCAATCGTCAGCTTAACTATTACCTGAAGACCTGGGCAGG AAGGCCAACGCCATTGTATTATGCTAAGAGACTTACCGAGAAGATTGGCG GCGCTAAGGTCTACTTAAAGAGGGAGGACCTGGTCCACGGGGGCGCACAC AAAACAAATAACGCCATAGGTCAGGCCCTACTAGCTAAGTTTATGGGAAA AACTAGGTTAATTGCCGAAACAGGAGCAGGACAGCACGGCGTTGCCACAG CGATGGCTGGGGCTTTGCTTGGAATGAAAGTAGATATATACATGGGAGCG GAAGACGTTGAACGTCAGAAAATGAATGTTTTTAGGATGAAGCTATTGGG CGCTAATGTCATACCAGTTAACAGCGGTTCCAGGACACTGAAGGACGCAA TCAATGAAGCATTACGTGATTGGGTGGCGACGTTTGAGTACACACATTAT CTGATAGGCAGCGTCGTTGGCCCTCATCCCTATCCGACAATAGTCAGGGA TTTTCAATCTGTAATAGGTAGGGAGGCCAAAGCTCAAATACTAGAAGCTG AAGGGCAATTGCCTGATGTCATCGTTGCTTGTGTCGGGGGAGGCAGTAAC GCTATGGGGATATTTTATCCATTTGTTAACGACAAAAAGGTTAAATTGGT AGGTGTCGAGGCAGGGGGAAAAGGTCTGGAAAGCGGTAAGCATAGTGCCA GTCTAAATGCTGGGCAGGTAGGTGTTTCACACGGCATGTTGTCTTATTTT CTCCAAGATGAGGAAGGCCAAATCAAGCCGTCTCATAGCATAGCACCAGG GTTAGACTACCCGGGGGTCGGGCCCGAACACGCGTATCTAAAGAAAATCC AGAGGGCGGAGTACGTTGCGGTAACAGACGAAGAAGCGTTAAAGGCCTTT CACGAGCTATCTAGGACAGAAGGTATTATTCCAGCCCTAGAATCCGCGCA CGCGGTGGCATACGCTATGAAGTTAGCCAAGGAAATGAGTCGTGACGAAA TTATTATAGTGAACCTATCTGGGAGGGGCGACAAGGATCTGGACATAGTA TTAAAAGTGTCAGGGAACGTA

Seq. ID No: 259

>affibody_tag_1ATGGTGGACAACAAGTTCAACAAGGAGACGATACA GGCATCACAAGAAATAAGGCTGTTACCTAATCTTAACGGTCGTCAAAAAC TGGCGTTCATTCACTCACTGTTAGACGACCCCAGCCAGTCCGCGAACCTG CTGGCGGAAGCTAAAAAGTTAAATGATGCACAAGCTCCGAAGAATGCCGC AATCCGTTCTTCCTCTGCTTCATCTGGAGGGAGCGGGGGCAGCTCAAGTA GC

Seq. ID No: 260

>affibody_tag_2AACGCAGCAATTAGAAGCAGTAGTGCTAGTAGTGG TGGATCAGGAGGTTCCTCATCCTCCGTGGATAATAAGTTTAACAAAGAAA CAATACAAGCATCACAGGAGATTAGACTATTGCCAAACCTTAATGGGAGA CAGAAACTGGCGTTCATTCACAGTCTATTAGACGATCCCAGCCAATCCGC CAATCTACTTGCAGAGGCCAAGAAACTGAACGATGCACAGGCACCGAAA

Seq. ID No: 261

>affibody_tag_3AACGCCGCAATTAGGTCATCCTCAGCATCTAGCGG CGGGTCAGGCGGGTCATCTTCTTCAGGCGTGGATAACAAGTTTAACAAGG AATTGGGCTGGGCGACATGGGAAATTTTTAACCTACCAAATCTGAATGGA GTCCAGGTAAAGGCGTTTATCGATTCCCTGAGGGACGATCCCTCCCAGTC CGCGAATCTACTAGCGGAGGCAAAGAAATTGAATGACGCTCAAGCGCCGA AG

Seq. ID No: 262

>affibody_tag_4ATGGTGGACAACAAATTCAACAAGGAGCTGGGTTG GGCCACCTGGGAAATCTTCAATCTTCCAAACCTTAACGGCGTACAAGTAA AGGCTTTCATCGACTCTCTAAGAGACGATCCGTCACAGAGTGCTAATCTG TTGGCCGAAGCGAAGAAGCTGAATGACGCTCAGGCTCCCAAAGGCAACGC GGCCATAAGATCAAGCTCAGCTTCCTCTGGAGGTAGCGGCGGTTCCAGTT CTTCA

Seq. ID No: 263

>affibody_tag_5ATGGTAGACAACAAGTTCAATAAAGAGATGAGAAA TGCTTACTGGGAGATCGCTCTGCTACCAAACTTAAATAATCAACAAAAGA GAGCATTTATTAGAAGTTTATATGACGACCCATCCCAGTCCGCGAACCTT CTTGCGGAGGCAAAGAAATTGAACGATGCTCAGGCTCCGAAGTCAAGTAA CGCAGCAATACGTTCTTCCAGTGCAAGCTCTGGGGGAAGTGGGGGAAGTT CATCCTCC

Seq. ID No: 264

>affibody_tag_6AATGCCGCCATCAGGTCTTCATCAGCCTCAAGTGG CGGCTCTGGAGGGTCCAGCTCCTCTGGGGTCGATAATAAGTTTAATAAAG AGATGAGGAACGCATATTGGGAAATTGCCTTACTGCCGAATCTGAATAAT CAGCAGAAAAGGGCTTTCATCAGATCCCTGTACGATGACCCGTCCCAGAG CGCGAATCTTTTGGCAGAAGCGAAAAAGCTGAACGACGCACAGGCACCAA AG

Seq. ID No: 265

>cofold_1ATGAAAATCGAGGAGGGGAAGCTAGTTATCTGGATCAACGG GGATAAGGGCTATAATGGCCTAGCCGAAGTAGGAAAGAAGTTTGAGAAAG ACACCGGTATAAAAGTGACAGTGGAGCACCCTGATAAGTTGGAGGAGAAG TTCCCTCAGGTGGCTGCTACTGGGGATGGTCCAGATATTATCTTCTGGGC TCATGACCGTTTCGGCGGATACGCCCAAAGTGGATTGCTTGCTGAAATAA CGCCAGATAAAGCATTCCAGGACAAATTGTACCCATTCACCTGGGACGCG GTGCGTTACAATGGAAAACTGATCGCTTACCCTATCGCGGTAGAAGCTCT TTCACTTATATATAACAAAGATCTGTTGCCTAACCCTCCAAAGACCTGGG AAGAGATTCCAGCATTAGACAAAGAATTGAAAGCAAAAGGCAAGAGTGCT CTGATGTTTAATTTACAAGAGCCGTATTTTACCTGGCCCTTGATCGCCGC GGACGGGGGTTACGCTTTTAAGTATGAAAACGGTAAGTACGACATCAAGG ATGTTGGAGTAGATAACGCCGGAGCAAAAGCGGGTCTTACCTTTTTAGTA GATCTGATCAAGAATAAGCATATGAACGCTGATACGGATTATAGCATCGC AGAAGCGGCATTTAATAAGGGTGAGACAGCGATGACAATAAACGGCCCCT GGGCATGGTCTAATATCGATACTTCTAAGGTGAATTACGGAGTGACTGTC TTACCTACTTTCAAAGGGCAACCTAGCAAGCCGTTTGTTGGAGTCCTGTC TGCGGGGATTAACGCAGCATCCCCTAATAAGGAGTTGGCTAAAGAATTTT TGGAAAATTATCTGCTTACCGATGAGGGTTTGGAGGCGGTTAATAAAGAT AAACCCCTGGGGGCGGTGGCTCTTAAATCATACGAAGAAGAGCTGGCGAA AGATCCAAGAATAGCTGCTACAATGGAGAATGCACAGAAGGGTGAGATAA TGCCGAATATTCCACAAATGTCTGCCTTTTGGTACGCTGTCAGGACTGCG GTCATTAATGCTGCCTCAGGAAGGCAAACGGTGGACGAGGCGTTAAAAGA CGCCCAGACAAACTCAAGTAGTAATAATAACAACAATAACAACAACAATA ATTTAGGTATTGAAGGTAGG

Seq. ID No: 266

>cofold_2ATGGTGTCTAAGGGTGAGGAGTTGTTCACCGGAGTTGTCCC AATTTTAGTGGAATTAGACGGAGACGTCAACGGACACAAATTCAGCGTCT CAGGAGAGGGGGAGGGAGACGCGACTTACGGAAAACTTACCCTAAAACTG ATATGTACGACGGGAAAACTTCCAGTACCCTGGCCTACTCTAGTTACAAC TTTAGGGTATGGCCTACAGTGTTTCGCGCGTTATCCAGACCACATGAAAC AACACGACTTTTTCAAGTCAGCTATGCCGGAGGGCTACGTTCAAGAACGT ACCATTTTCTTCAAAGATGATGGAAATTACAAAACAAGAGCGGAGGTCAA ATTTGAGGGAGATACCCTAGTAAATCGTATAGAACTGAAAGGGATAGACT TTAAAGAAGATGGAAACATCCTAGGCCATAAACTTGAGTATAATTACAAT TCCCACAATGTGTACATTACGGCTGATAAACAGAAAAACGGGATCAAGGC CAATTTCAAGATTCGTCATAACATCGAGGATGGAGGGGTGCAATTAGCAG ACCACTACCAACAGAATACTCCTATTGGTGACGGACCTGTCCTTTTACCG GACAATCACTATTTGAGTTACCAGTCTGCTCTGTCCAAAGACCCGAATGA GAAACGTGACCACATGGTGTTATTGGAGTTCGTGACAGCAGCTGGAATCA CGCTTGGTATGGATGAGTTGTATAAA

Seq. ID No: 267

>cofold_3ATGGCGATGTTCTGCACGTTCTTTGAAAAACATCACCGTAA ATGGGATATACTACTAGAGAAAAGTACCGGGGTCATGGAAGCGATGAAAG TGACCAGCGAGGAGAAGGAGCAGCTTTCTACGGCGATTGATAGGATGAAT GAAGGCCTGGACGCTTTCATTCAATTATATAATGAATCTGAAATAGATGA GCCCTTAATCCAACTGGATGACGATACCGCCGAGTTAATGAAACAAGCTA GGGATATGTATGGCCAGGAAAAGCTAAATGAGAAACTAAACACCATAATC AAACAGATTTTATCTATATCCGTTTCAGAAGAAGGAGAGAAGGAAGGTTC AGGCTCTGGA

Seq. ID No: 268

>cofold_4ATGTACCTGTTAGGAATCGGGCTGATTCTTGCACTAATTGC CTGTAAACAAAACGTGTCCAGTTTAGATGAGAAAAATTCAGTGAGTGTTG ACTTACCTGGAGAAATGAAGGTCCTAGTATCTAAGGAGAAAAATAAGGAT GGAAAGTACGATTTGATAGCAACGGTTGATAAATTGGAACTAAAAGGTAC TTCTGACAAAAACAATGGTAGTGGGGTTTTAGAAGGTGTGAAAGCGGACA AAAGCAAGGTTAAACTGACGATCAGTGATGACGGATCAGGT

Seq. ID No: 269

>cofold_5ATGGCAGACAGGGATAGGTCTGGGATATACGGAGGGGCTCA CGCAACCTATGGCCAGCAGCAGCAGCAAGGTGGAGGTGGTAGGCCGATGG GGGAACAAGTCAAAGGAATGCTTCACGACAAAGGGCCGACGGCTAGTCAG GCTCTGACGGTCGCGACACTTTTTCCCCTGGGCGGTTTATTGCTAGTGCT TAGTGGACTGGCCCTAACGGCGTCAGTGGTGGGATTGGCTGTAGCTACCC CAGTTTTCTTGATATTTAGTCCTGTTCTAGTACCAGCCGCCCTTTTGATT GGAACAGCGGTGATGGGCTTCCTGACGAGCGGCGCTTTAGGCTTAGGAGG CTTATCTAGTCTTACTTGTCTTGCAAACACGGCACGTCAGGCTTTTCAAA GAACGCCTGATTACGTAGAGGAGGCTCATAGAAGAATGGCGGAGGCTGCC GCGCATGCCGGACATAAAACGGCTCAAGCGGGCCAGGCTATTCAGGGCCG TGCTCAGGAAGCTGGGGCCGGAGGTGGAGCGGGA

Seq. ID No: 270

>oxidase_1ATGAAGATCTTAATCTTGGGCATCTTTCTGTTTCTATGTA GCACTCCAGCTTGGGCCAAGGAGAAGCACTATTACATCGGGATTATAGAG ACGACGTGGGATTATGCCAGCGACCACGGCGAGAAGAAACTTATTAGCGT GGACACTGAGCACTCTAACATCTATCTTCAGAATGGCCCAGATAGGATAG GACGTTTATATAAAAAGGCATTATACCTTCAATATACTGACGAAACTTTC AGAACGACGATTGAAAAGCCTGTGTGGCTAGGGTTCCTGGGGCCTATCAT TAAGGCGGAGACGGGAGATAAGGTCTACGTACACCTAAAGAACCTTGCTA GTCGTCCTTACACATTTCACTCTCATGGTATTACATACTACAAGGAGCAT GAGGGTGCTATTTATCCAGACAACACCACAGATTTCCAAAGAGCCGATGA CAAAGTTTACCCAGGGGAACAGTACACCTATATGCTACTGGCAACGGAGG AACAAAGTCCCGGGGAGGGCGACGGGAACTGCGTAACAAGAATCTACCAT AGCCATATCGACGCACCAAAGGATATAGCAAGCGGCCTAATCGGGCCTCT GATTATTTGCAAGAAGGACTCCCTGGATAAAGAGAAAGAGAAGCATATTG ATCGTGAGTTTGTGGTGATGTTCTCAGTAGTTGACGAAAATTTCAGCTGG TATCTGGAGGACAACATTAAGACATATTGTAGCGAACCGGAGAAGGTAGA TAAAGATAATGAAGATTTTCAAGAGTCTAATAGGATGTATAGTGTAAACG GTTATACCTTTGGCTCACTTCCAGGGCTGAGTATGTGCGCAGAGGATAGA GTTAAATGGTACCTGTTTGGCATGGGGAACGAAGTAGACGTACACGCAGC ATTCTTTCATGGACAGGCGCTAACTAACAAAAACTATAGAATCGATACAA TAAATCTATTCCCAGCTACGCTGTTTGACGCCTACATGGTTGCTCAAAAC CCCGGAGAATGGATGCTATCTTGTCAGAATTTGAATCACCTTAAAGCCGG TTTGCAAGCATTCTTTCAGGTACAAGAGTGTAATAAGTCCTCATCTAAAG ATAACATTAGAGGAAAGCACGTCCGTCATTACTACATCGCGGCGGAGGAA ATAATTTGGAATTATGCACCCAGCGGCATAGACATCTTTACTAAAGAGAA CTTGACTGCCCCTGGGTCTGACAGTGCCGTGTTCTTCGAGCAAGGTACCA CCCGTATTGGTGGATCTTATAAGAAACTTGTCTATAGGGAATATACCGAC GCTAGTTTCACTAACCGTAAAGAAAGAGGCCCTGAGGAAGAGCACCTAGG AATCTTAGGGCCGGTCATTTGGGCGGAAGTGGGGGACACAATACGTGTTA CCTTCCATAATAAAGGTGCTTATCCATTGTCCATCGAGCCAATCGGCGTA AGATTTAACAAGAATAACGAGGGGACTTATTACTCTCCTAACTATAACCC TCAGTCAAGATCTGTGCCCCCAAGCGCCTCACACGTTGCTCCAACTGAAA CTTTTACTTACGAATGGACGGTACCCAAAGAGGTCGGGCCCACTAATGCT GACCCTGTATGCCTAGCTAAGATGTACTATTCCGCTGTAGATCCTACCAA AGATATCTTTACGGGGTTAATAGGACCCATGAAAATCTGTAAGAAAGGTA GCCTACACGCCAATGGCAGACAAAAGGACGTGGATAAGGAGTTTTATCTT TTCCCTACAGTTTTTGACGAAAATGAAAGCCTTCTATTGGAGGATAATAT CCGTATGTTCACTACCGCGCCCGACCAAGTTGATAAAGAGGACGAAGACT TTCAAGAGAGTAATAAGATGCACAGTATGAACGGATTCATGTACGGCAAT CAGCCGGGCCTTACCATGTGCAAGGGTGATTCAGTAGTGTGGTATCTATT CAGCGCAGGCAACGAGGCAGACGTGCATGGAATTTATTTTTCAGGAAACA CTTATCTTTGGAGAGGCGAAAGACGTGACACAGCAAATCTTTTCCCACAG ACGAGTCTAACGCTACACATGTGGCCAGATACGGAAGGAACTTTCAATGT GGAGTGTCTTACGACCGATCATTACACCGGGGGAATGAAGCAGAAGTACA CCGTCAACCAGTGCAGGAGACAAAGCGAGGATTCAACCTTCTACCTTGGA GAACGTACATACTACATTGCAGCTGTCGAGGTGGAGTGGGATTATTCTCC TCAGCGTGAATGGGAAAAAGAACTTCATCACCTGCAAGAGCAAAATGTCT CTAACGCGTTTCTCGACAAAGGTGAGTTCTACATAGGATCAAAGTATAAG AAAGTGGTTTACCGTCAATATACAGACAGTACATTTAGAGTCCCCGTGGA AAGAAAGGCAGAGGAAGAGCACCTGGGCATACTAGGCCCTCAGTTGCACG CGGACGTCGGGGACAAAGTAAAGATCATATTTAAGAACATGGCTACTAGG CCGTATAGCATACATGCACACGGAGTACAAACCGAGAGTTCCACAGTCAC ACCAACGTTGCCGGGCGAAACTCTGACTTATGTGTGGAAAATTCCTGAAA GATCAGGTGCTGGAACGGAAGACAGTGCTTGCATTCCCTGGGCGTACTAT TCAACAGTCGATCAGGTCAAAGACCTTTACAGTGGTTTAATAGGGCCTCT AATAGTCTGTAGAAGACCTTACCTTAAAGTCTTTAATCCTCGTAGGAAAC TTGAGTTTGCGTTATTATTCCTGGTCTTCGACGAGAACGAAAGCTGGTAC TTAGACGACAACATTAAAACGTACTCCGACCACCCAGAGAAAGTTAATAA GGACGACGAGGAATTTATAGAATCTAACAAGATGCACGCTATCAACGGTA GAATGTTTGGGAATCTTCAGGGTTTGACGATGCACGTGGGAGATGAGGTC AACTGGTATTTGATGGGTATGGGAAACGAAATAGATCTGCATACCGTCCA TTTTCATGGCCATAGTTTCCAGTACAAACATAGGGGAGTCTACTCAAGCG ACGTATTTGATATTTTCCCGGGTACCTACCAAACTCTGGAAATGTTTCCC CGTACGCCGGGTATTTGGCTGTTACATTGTCATGTAACGGATCACATTCA TGCAGGGATGGAAACGACCTATACAGTATTGCAAAACGAGGATACAAAAA GCGGA

Seq. ID No: 271

>oxidase_2ATGGGACTGAACTCCGCGATACCGTCTTTAGCGATTTTGG CACTGTCCGTAGGATCTTATGCCGCAATCGGGCCAGTATCTGACCTACAC ATTGTAAACAAAGATTTGGCACCCGACGGCGTGCAGAGGCCCACAGTATT AGCTGGCGGCACGTTCCCCGGAACGTTAATAACTGGACAGAAGGGTGATA ATTTTCAACTTAACGTTATCGATGACCTTACCGATGACCGTATGCTAACC CCTACGAGCATCCATTGGCATGGCTTTTTCCAGAAAGGTACTGCCTGGGC AGACGGTCCAGCTTTTGTTACGCAATGCCCGATTATTGCGGACAATAGTT TCTTATACGATTTTGATGTGCCAGACCAGGCGGGAACTTTCTGGTACCAC TCCCATTTATCAACACAATACTGCGACGGTCTACGTGGGGCATTTGTCGT ATATGACCCGAACGATCCCCATAAAGATCTTTATGATGTCGATGATGAAA GTACAGTCATCACACTAGCAGATTGGTACCACGTCTTAGCGCAAACAGTG GTAGGCGCTGCTACGCCAGACAGCACATTGATTAATGGCCTAGGTAGGTC CCAAACTGGTCCCGCAGACGCAGAGTTAGCCGTAATCAGCGTAGAGCACA ATAAGAGGTATAGATTCAGACTTGTGTCTATATCTTGCGACCCAAACTTC ACCTTCTCTATAGATGGTCACAACATGACCGTAATCGAGGTCGATGGGGT AAATACCCGTCCTTTAACCGTGGATTCCATTCAAATTTTCGCCGGCCAAA GATATTCTTTTGTCTTGAATGCAAATCAGCCGGACGACAACTACTGGATT AGAGCCATGCCGAATATAGGTAGGAATACGACGACCCTAGACGGTAAGAA CGCGGCTATACTAAGATATAAAAATGCTTCCGTAGAAGAGCCCAAGACAG TTGGCGGTCCAGCTCAGAGCCCATTGAATGAAGCCGACCTTCGTCCGCTT GTGCCAGCACCCGTGCCGGGAAATGCGGTCCCGGGAGGTGCAGATATTAA TCACAGATTGAACCTGACATTTTCCAATGGGCTGTTCTCCATAAATAACG CAAGTTTCACAAACCCATCCGTACCGGCATTACTGCAGATCCTGAGCGGT GCACAAAACGCGCAGGACCTTCTGCCAACAGGTTCCTACATTGGGTTAGA GCTGGGGAAGGTGGTAGAACTTGTCATCCCGCCACTAGCGGTAGGGGGTC CTCATCCATTCCACTTACACGGGCATAACTTCTGGGTTGTCAGATCAGCC GGGAGCGATGAATATAACTTCGACGATGCTATACTTAGGGATGTGGTTTC CATTGGTGCGGGCACGGACGAGGTGACCATTAGGTTTGTCACCGACAACC CGGGGCCCTGGTTCTTACACTGTCACATAGATTGGCATCTGGAAGCGGGA CTAGCTATCGTATTCGCTGAAGGTATAAACCAGACTGCCGCTGCAAACCC GACCCCTCAAGCATGGGACGAACTATGCCCTAAATACAACGGGCTTAGCG CGAGCCAAAAGGTTAAACCGAAAAAGGGTACCGCTATT

Seq. ID No: 272

>oxidase_3ATGAGTAGGTTCCAGTCTCTGCTATCTTTCGTACTTGTAA GTTTGGCGGCCGTTGCCAATGCTGCTATAGGCCCTGTTGCCGATTTAACT TTGACAAATGCTGCAGTGAGTCCGGACGGATTTAGCAGAGAGGCTGTCGT CGTTAATGGAATTACCCCAGCCCCTCTAATTGCTGGTCAGAAAGGCGATA GATTCCAATTAAATGTCATTGATAACTTAACAAACCATACGATGCTAAAA ACCACATCAATCCACTGGCATGGCTTCTTCCAGCACGGCACGAACTGGGC CGATGGCGTGTCTTTCGTGAACCAATGCCCAATCGCCAGCGGCCACTCCT TTTTGTACGATTTTCAAGTCCCGGACCAGGCAGGCACATTTTGGTATCAT AGTCACCTGAGTACGCAGTACTGTGATGGTTTAAGGGGTCCGTTTGTGGT CTACGACCCGAATGATCCCCAAGCGTCCTTATATGATATCGACAACGACG ACACAGTAATCACGTTGGCAGATTGGTACCATGTTGCAGCCAAGTTGGGC CCAAGGTTTCCTCTAGGAGCAGACGCCACCCTAATTAATGGACTAGGCCG TTCACCCGGGACAACAACAGCCGACCTAGCCGTCATTAAAGTGACCCAAG GCAAGAGATATAGATTTCGTTTAGTTTCTCTTAGCTGTGACCCTAACCAC ACCTTTTCTATTGATGGCCATACGATGACTGTGATCGAAGCTGACAGTGT AAACACCCAACCACTTGAAGTAGATTCAATTCAGATCTTTGCGGCTCAGC GTTACAGTTTCGTTTTAGATGCGTCCCAACCAGTGGATAACTACTGGATT AGGGCAAACCCAGCATTTGGGAATGTGGGTTTTGCAGGTGGAATTAACTC TGCGATTCTGAGATACGATGGAGCCCCCGAAGTTGAGCCGACCACAACCC AGACCACCTCCACCAAACCGCTTAATGAAGCTGACCTACATCCACTGACA CCTATGCCCGTTCCGGGTAGACCTGAGGCCGGGGGCGTAGACAAGCCACT TAATATGGTATTTAACTTTAATGGAACTAATTTCTTCATTAATAATCATT CCTTCGTACCCCCGAGCGTACCCGTTCTGCTTCAGATTCTATCCGGCGCG CAGGCTGCACAAGACCTTGTCCCAGACGGGAGCGTGTACGTCTTACCGTC AAATTCAAGCATAGAAATATCTTTTCCAGCCACCGCCAATGCCCCGGGCA CGCCCCATCCGTTTCACCTGCATGGCCACACTTTCGCCGTCGTCAGGTCT GCCGGATCTAGTGAATATAACTATGACAACCCAATCTTCAGGGATGTTGT CAGCACGGGTCAGCCAGGCGATAACGTGACTATAAGGTTCCAGACTAATA ATCCCGGTCCCTGGTTTTTGCATTGCCATATAGACTTTCACCTAGAGGCC GGATTTGCAGTTGTTCTTGCGGAGGATACCCCTGATACGGCAGCAGTGAA TCCAGTGCCACAGTCCTGGAGCGACTTATGCCCAATCTATGACGCGCTAG ACCCTTCTGACTTG

Seq. ID No: 273

>oxidase_4ATGAAATTCTTGTTACTATCCGCACTGCTTTTCCTGCATT CTTCATTGGCTTGGACTAGGGAGAAGCACTACTACATCGGGATTACCGAG GCGGTATGGGATTACGCGAGCGGAAGCGAAGAAAAAGAGTTAATTTCCGT AGACACAGAACAATCCAATTTCTACCTTAGGAATGGCCCTGACAGGATCG GTCGTAAATACAAGAAAGCCTTGTACAGCGAGTACACAGACGGCACATTT ACAAAAACCATAGACAAACCAGCCTGGTTGGGATTCCTGGGCCCCGTAAT AAAGGCCGAAGTAGGGGATAAGGTTTCCGTACACGTGAAGAACTTCGCCT CACGTCCTTACACATTTCATGCTCATGGTGTTACTTATACCAAAGCAAAC GAGGGTGCTATTTACCCTGACAACACAACAGACTTCCAGAGAGCAGACGA TAAGTTATTTCCGGGTCAGCAATATCTATACGTTCTTCGTGCGAATGAAC CAAGTCCTGGCGAAGGGGATTCCAATTGCGTGACGAGGATATACCACAGT CATGTTGACGCTCCAAAGGACATCGCTTCTGGACTGATCGGCCCCTTGAT TCTATGTAAGAAGGGCAGTTTGCACAAGGAAAAGGAAGAGAACATTGATC AAGAGTTCGTGTTGATGTTTAGCGTGGTCGATGAGAACTTGTCATGGTAC TTGGAAGACAACATCAAAACATTTTGTTCCGAACCAGAAAAGGTTGATAA AGACAACGAGGATTTTCAGGAATCTAACAGGATGTATTCTATAAACGGTT ACACATTCGGAAGTTTACCTGGACTAAGCATGTGCGCCGAAGACCGTGTA AAATGGTATCTTTTTGGTATGGGAAACGAGGTGGATGTTCATAGCGAACT GTTCCACGGACAAGCCCTTACCTCCAAGAATTACCATACAGACATAATTA ACCTGTTTCCCGCCACATTAATTGACGTGTCAATGGTGGCACAGAACCCC GGCGTATGGATGCTATCCTGCCAGAATCTTAACCACTTAAAAGCTGGATT GCAGGCATTCTTCCAAGTCCGTGATTGTAACAAACCATCCCCTGACGATG ACATCCAAGACCGTCATGTCAGGCACTATTACATAGCCGCGGAGGAAACG ATCTGGGATTACGCGCCATCAGGGACAGATACGTTTACAGGCGAAAATTT TACCTCCTTAGGATCAGATTCGAGAGTGTTTTTCGAACAAGGAGCTACTA GAATCGGCGGATCGTACAAGAAGTTGGTCTACAGGGAGTATACGGATGAT TCCTTTACTAACAGGAAGGAGCGTGGCCCAGATGAGGAACATTTGGGGAT ATTAGGGCCGGTGATCTGGGCGGAAGTCGGCGATATCATTAGGGTTACCT TTCACAATAAGGGTCAGTTTCCGCTAAGTATACAACCTATGGGAGTGCGT TTCACTAAAGAAAATGAGGGAACTTATTATGGGCCAGATGGAAGGAGCAG CAAACAAGCGAGCCATGTCGCCCCGAAAGAAACTTTCACTTACGAATGGA CTGTACCTAAAGAAATGGGACCGACCTACGCCGATCCCGTTTGTTTGTCC AAAATGTATTACAGTGGAGTAGATCTAACTAAAGATATATTTACAGGCCT TATTGGCCCTATGAAGATATGCAAGAAAGGAAGTTTATTGGCTGACGGTA GACAGAAAGACGTAGATAAAGAGTTCTACCTTTTCGCGACGGTCTTTGAC GAAAATGAGAGTCTTCTACTGGACGACAATATTAGAATGTTTACTACCGC GCCTGAAAACGTAGATAAGGAAGACGAGGACTTCCAGGAATCAAACAAAA TGCATTCTATGAATGGCTTTATGTATGGCAACTTGCCCGGGCTAAACATG TGCCTTGGTGAATCTATCGTTTGGTATCTTTTCTCTGCGGGCAATGAAGC CGATGTTCATGGCATATACTTTTCAGGCAACACTTATTTGTCAAAAGGAG AGAGACGTGACACGGCCAATCTGTTCCCTCACAAGTCCTTAACGCTTCTG ATGACACCTGACACAGAGGGGAGCTTTGATGTCGAATGCCTGACAACTGA CCATTATACAGGAGGCATGAAGCAAAAGTACACGGTCAACCAATGCAAAG GACAATTCGAAGACGTCACCCTGTACCAGGGTGAACGTACGTACTACATA GCGGCTGTAGAAGTAGAATGGGACTATAGTCCCAGCAGGGATTGGGAGAT GGAGCTTCACCATCTGCAGGAGCAAAACGTGAGTAACGCATTCTTAGATA AGGAAGAATTTTTCATCGGTTCAAAATATAAGAAAGTGGTCTACAGAGAA TTTACAGACAGCACATTCAGAGAGCAGGTTAAACGTCGTGCGGAGGAAGA GCACTTGGGTATGTTGGGGCCCTTAATCCACGCAGACGTAGGTGCTAAGG TCAAGGTCGTCTTTAAGAATATGGCTACGAGGCCGTATTCAATACACGCG CATGGGGTCAAAACCAAGAGTTCCACCGTAGCACCAACACTACCGGGTGA AGTAAGAACCTACATATGGCAAATTCCCGAAAGAAGTGGTGCAGGTACCG AGGATTCACCCTGCATCCCGTGGGCTTACTATAGCACGGTAGATCGTGTA AAAGACTTATATAGCGGCCTGATAGGGCCGTTAATAGTATGCAGAAAATC ATACGTTAAAGTCTTCAATCCTAAGAAGAAGATGGAATTTTCTCTGTTAT TTCTGGTGTTCGATGAGAACGAGTCATGGTACCTTGATGATAATATTAAT ACATATCCAGATCATCCTGAGAAGGATAATAAGGATAATGAAGAGTTTAT TGAGAGTAATAAGATGCACGCAATCAATGGGAAAATGTTCGGAAACCTTC AGGGGCTGACCATGCACGTAGGTGACGAAGTAAACTGGTACGTCATGGCT ATGGGCAATGAGATCGATTTACACACAGTTCACTTTCATGGCCACTCTTT TCAGTATAAGCACAGAGGGATTCATAGTAGTGATGTATTCGACTTCTTTC CTGGAACGTATCAAACCCTAGAGATGTTCCCTCAAACGCCCGGAACGTGG TTGCTACATTGCCACGTTACCGATCACATACACGCTGGTATGGTTACTAC GTACACTGTGCTTCCAAACCAGGAAACCAAATCCGGG

Seq. ID No: 274

>oxidase_5ATGAACTTCGTCACGGCGCTGCCTCTGATTGCGCAGTTGA TAGGAACAGCAAGGGCGGCTATAGGCCCGGTCACAAACCTTTTGGTGAAA AACGCGGACATACCCCCGGACGGATTCACTAGGGCTGCGGTTGTCGCTAA TAATCAGTTTCCTGGTCCTGTTATCAGGGCCACTAAAGGAGATACGCTTT CCCTAAACGTGGTAAATCAGCTAACTGATGCCACCATGCTTATGGGGACT TCAATACATTGGCACGGATTCCACCAGAAGGGTACCTCTTGGGCCGACGG AGTTGTAGGCGTTACCCAATGTCCGATAGCTCCCGGACATAGCTTCTTGT ATCAATTCCCTACAGCCAATCAAGCTGGGACTTTCTGGTACCACTCTCAT TATTCCACACAATACTGCGATGGTCTAAGGGGAGCGTTAATAGTTTATGA CCCAACTGACCCATACAGGACCTGGTATGACATTGACGACGAGTCTACCA TAATTACACTAGCGGATTGGTACCATAAGGCTGCCCCTCTGCAAACGTTA AGAACCGCGAAAGAGGATAGCGTACTGATCAACGGACAAGGCAGAGTCCC AGGGGATAAGACCACCGACAGTACACCGTTGTCCGTGATTAATATAATTC CTCAGAAGAGATATAGGTTTAGGCTGATTTCAATATCATGCGATCCAGCA TTTTCTTTTTCAATAGACGGGCATAGCATGACTGTCATCGAGGCCGATTC ACAAAGCGTCCAACCGTTGACGGTCAACGAGATAACTATTTTCGCGGGAC AGCGTTATTCTTTCATCCTGTACGCGAACAACCCGGTTGGTAATTACTGG ATTCGTTCACAGCCTACATACCCTGACGACGGTATTCAAGGGTATGCAGG GGGTATCAACTCCGCAATTTTGAGGTATTCAGGCGCTCCTGCCGTCAACC CAACTACGAAGAAGGCATCCATTACCATCCCGCTGGTAGAGGCCGATCTA AGACCATTATATAGTCCCGCCGCTCCTGGATTGCCTTCACCCGGTGCGGC AGATGTGAATATCAAACTGGATATAAGTTATAATTCTCCGTCTGAGACAT TTTTCGTAAACAACTCCACATTTCCTGAAGTTCCTGTGCCTGTCCTTTTG CAAATCCTGAGTGGCGCGCAAAGCGCCAACGATTTGTTGCCCGCTGGCAG CGTGTATACCCTTCCGCCCAATAAAGTAATCGAGATTAGTATGCCAGGGG GCCGTCCTGGGAGTCCGCATCCTATGCATCTACATGGTCATGACTTCAGT GTGGTAAGATCTGCAGGATCAAATAGGTATAATTATGCCAACCCCGTTAG GAGAGACGTAGTGAATATTGGGATGGAGGACACTGATAATGTCACGATCA GGTTCCGTGTTTGCAGTCATACTTATTTGAGTTTACATTGTCATATCGAT TTCCATTTGGAAGACGGACAGTCTGGGACCCTAGTTCCACCTCTTCCACA CAGATTGCCGCCACGTGGAAGGATCAGGTGTAGACTACATAGAGGCATTT TAGTAAGAGGCAGGCTTGGACCTGACCTTCAG

Seq. ID No: 275

>phosphatase_1ATGCAGGGGCCGTGGGTTCTTTTACTGTTGGGCCTG AGACTACAACTATCTCTGGGCATTATCCCTGTAGAAGAGGAGAATCCAGA TTTCTGGAACCGTCAGGCTGCCGAGGCCCTGGGTGCAGCTAAAAAGCTGC AACCCGCCCAGACGGCAGCTAAGAATTTGATCATTTTCTTGGGAGACGGC ATGGGTGTTTCTACTGTAACAGCGGCTAGGATTCTAAAGGGGCAAAAGAA AGACAAACTTGGACCAGAAACGTTCCTTGCAATGGATCGTTTTCCTTATG TGGCGCTGAGCAAGACTTACTCAGTGGACAAGCATGTCCCTGATTCCGGA GCAACCGCAACAGCTTATCTTTGTGGAGTCAAAGGTAATTTTCAAACCAT AGGGTTGAGTGCGGCAGCAAGATTTAATCAATGCAACACAACAAGGGGGA ACGAAGTGATTAGTGTAATGAATAGGGCCAAGAAGGCTGGCAAGTCCGTA GGGGTCGTTACGACCACTAGAGTTCAACACGCGAGCCCCGCTGGGGCGTA TGCACACACTGTAAACAGAAATTGGTATAGCGACGCCGATGTGCCTGCTT CTGCAAGACAAGAGGGATGTCAGGACATCGCTACGCAATTGATAAGTAAC ATGGATATTGATGTTATTTTGGGCGGAGGCAGAAAATACATGTTCCCTAT GGGAACGCCGGACCCTGAATATCCTGACGACTATTCACAAGGGGGAACTA GGTTAGACGGAAAGAATTTGGTTCAGGAGTGGTTGGCCAAACACCAAGGC GCACGTTACGTGTGGAATCGTACGGAGTTATTACAGGCATCTCTTGACCC ATCTGTAACGCATCTGATGGGCCTTTTCGAGCCCGGTGACATGAAATACG AGATCCATCGTGATTCTACTTTGGACCCAAGTCTTATGGAAATGACTGAA GCAGCTTTATTACTACTATCACGTAATCCGAGGGGATTCTTTCTTTTTGT TGAGGGAGGAAGAATCGACCACGGGCACCATGAGTCTCGTGCCTATAGGG CGTTAACCGAGACCATTATGTTCGACGATGCAATCGAGCGTGCCGGGCAA CTGACCTCTGAGGAAGATACTCTGTCCCTTGTAACCGCGGATCATTCTCA CGTATTCTCATTTGGCGGATATCCTTTACGTGGCAGTTCTATCTTTGGGT TAGCTCCAGGTAAGGCGCGTGATAGAAAAGCCTACACAGTGCTTTTGTAC GGGAATGGCCCCGGTTATGTTTTGAAAGACGGCGCAAGACCAGACGTTAC CGAATCCGAAAGCGGTAGTCCAGAGTATAGGCAGCAAAGCGCAGTTCCTT TGGATGGGGAGACTCACGCAGGGGAAGATGTTGCTGTGTTCGCGCGTGGA CCGCAGGCTCACCTTGTGCATGGCGTGCAGGAGCAAACCTTTATTGCCCA TGTGATGGCTTTTGCAGCGTGTTTAGAGCCCTATACTGCCTGTGACTTGG CTCCACGTGCGGGCACAACAGATGCTGCACACCCCGGCCCCTCTGTTGTA CCGGCTCTGCTTCCGCTACTTGCTGGCACGTTACTGCTATTGGGAACAGC TACCGCACCT

Seq. ID No: 276

>phosphatase_2ATGCAAGGCGCTTGTGTGCTGTTGCTTCTTGGCTTG CACTTGCAACTATCACTTGGTCTAGTTCCTGTCGAAGAAGAAGACCCAGC GTTCTGGAATAGGCAGGCCGCGCAAGCATTAGACGTCGCCAAGAAGCTGC AACCTATCCAAACGGCCGCTAAAAACGTCATCCTGTTCCTTGGCGACGGG ATGGGGGTCCCTACAGTCACAGCCACACGTATACTTAAAGGCCAAATGAA TGGTAAATTGGGGCCGGAAACTCCACTGGCTATGGACCAGTTCCCCTACG TCGCATTATCCAAGACGTACAATGTAGACCGTCAGGTACCCGACTCCGCA GGAACCGCCACGGCTTATCTATGTGGTGTAAAAGGCAACTACAGAACGAT TGGGGTCTCTGCTGCCGCAAGATACAATCAATGTAAAACAACTAGGGGTA ATGAAGTCACGAGTGTCATGAACAGAGCTAAAAAGGCGGGGAAGAGCGTA GGCGTGGTCACAACAACGAGAGTACAACATGCTTCTCCCGCGGGAGCCTA CGCACACACGGTTAATAGGAACTGGTACTCTGATGCAGACTTGCCGGCCG ACGCGCAAATGAACGGTTGTCAAGATATAGCAGCGCAGCTAGTAAACAAT ATGGACATCGATGTAATATTAGGGGGTGGCAGGAAATATATGTTCCCAGT CGGGACGCCAGATCCGGAATATCCCGACGACGCTAGTGTAAATGGCGTCA GAAAGAGGAAGCAGAATTTAGTTCAAGCCTGGCAGGCTAAACATCAAGGC GCTCAGTACGTATGGAATAGGACCGCACTGCTTCAAGCTGCAGATGATTC CAGCGTGACACATCTGATGGGCCTGTTTGAACCCGCAGACATGAAGTACA ATGTACAGCAGGACCATACTAAAGATCCAACTCTACAGGAAATGACTGAG GTCGCATTGAGAGTCGTTAGTAGAAACCCCAGGGGCTTTTACCTATTTGT CGAAGGCGGGAGAATCGATCACGGTCACCACGACGATAAAGCGTACATGG CCTTAACTGAAGCCGGCATGTTCGACAATGCGATAGCCAAAGCCAACGAA CTTACGAGTGAACTAGACACGTTAATTCTAGTAACTGCGGACCACAGTCA CGTCTTTTCATTCGGCGGCTATACTCTAAGGGGCACATCCATATTTGGGC TTGCACCGTCTAAGGCTCTCGATTCTAAGTCATACACCAGCATATTGTAC GGCAACGGACCTGGCTATGCATTAGGGGGTGGATCACGTCCCGACGTCAA TGATTCAACCAGTGAAGATCCGTCTTACCAGCAACAGGCCGCCGTGCCTC AAGCCAGCGAGACACACGGTGGCGAGGACGTTGCTGTGTTTGCTAGGGGA CCTCAGGCACATTTGGTACACGGCGTCGAAGAAGAAACCTTTGTAGCCCA CATAATGGCGTTCGCCGGATGTGTTGAGCCTTATACCGATTGTAACCTGC CAGCTCCGACAACGGCAACTTCTATTCCAGACGCGGCACATCTTGCAGCC TCTCCCCCACCTCTTGCCTTGTTAGCAGGTGCTATGCTGTTACTGCTTGC TCCTACGCTTTAT

Seq. ID No: 277

>phosphatase_3ATGCAGGGTCCTTGGGTATTATTGTTGCTTGGATTG CGTCTGCAGCTATCCCTTGGTGTAATCCCAGCCGAAGAAGAAAACCCAGC TTTCTGGAATAGGCAAGCAGCGGAGGCCCTGGACGCCGCCAAAAAGCTGC AGCCTATTCAGAAGGTAGCCAAAAATTTGATATTGTTCTTGGGAGACGGT CTGGGTGTACCAACCGTAACAGCTACCCGTATCCTAAAGGGTCAGAAGAA TGGCAAGTTAGGACCTGAAACACCGTTAGCTATGGACAGATTCCCCTACC TTGCCCTGAGCAAGACTTACAACGTGGATCGTCAGGTACCTGATTCCGCT GCAACAGCAACCGCGTATCTTTGTGGAGTCAAGGCCAATTTTCAAACAAT CGGACTATCTGCAGCCGCCAGATTTAACCAATGCAACACAACTAGAGGAA ACGAGGTTATTTCTGTGATGAATCGTGCAAAGCAAGCTGGAAAGAGTGTC GGGGTGGTAACAACGACGCGTGTTCAACATGCTTCTCCTGCGGGAACATA TGCGCACACTGTTAACAGGAATTGGTACTCAGACGCGGATATGCCCGCGT CAGCCAGACAGGAGGGCTGCCAAGACATCGCCACTCAATTAATATCCAAC ATGGATATCGACGTCATTCTAGGAGGCGGTAGGAAGTATATGTTCCCTAT GGGGACACCAGACCCTGAATACCCCGCTGACGCCTCTCAGAATGGCATAA GACTTGACGGGAAAAATCTAGTACAAGAATGGTTAGCAAAGCATCAGGGC GCGTGGTATGTCTGGAATAGAACGGAGTTGATGCAGGCAAGCCTGGACCA GTCAGTTACGCACCTGATGGGGCTTTTTGAACCCGGCGATACAAAGTACG AGATCCACCGCGATCCCACACTTGACCCTTCTTTAATGGAAATGACCGAA GCGGCACTGCGTTTGCTGTCCAGAAACCCCAGAGGCTTTTACCTTTTTGT GGAGGGTGGTAGAATAGATCACGGACACCACGAGGGCGTGGCATACCAAG CTCTAACTGAGGCGGTAATGTTTGATGACGCAATTGAAAGGGCCGGACAA CTGACCTCCGAAGAAGATACTTTGACCTTAGTCACCGCCGACCATTCCCA TGTCTTTTCCTTTGGTGGTTATACCCTGAGAGGTTCCTCTATATTCGGAC TAGCTCCCTCTAAGGCGCAAGACAGCAAAGCATATACGAGTATCCTGTAC GGGAATGGACCGGGCTACGTATTTAACTCAGGTGTTAGGCCCGACGTAAA TGAAAGTGAGTCCGGCTCCCCAGACTATCAGCAGCAGGCGGCTGTTCCAC TTTCATCAGAAACCCACGGAGGTGAGGACGTAGCGGTGTTTGCCAGGGGC CCCCAGGCTCATTTAGTTCACGGAGTTCAAGAGCAGTCATTCGTTGCTCA CGTGATGGCATTTGCCGCATGTTTGGAGCCCTACACTGCCTGTGATTTAG CTCCTCCCGCTTGCACAACAGACGCGGCACATCCTGTCGCAGCTTCCCTG CCATTATTAGCTGGAACTTTACTTCTTCTAGGAGCGTCAGCCGCTCCT

Seq. ID No: 278

>phosphatase_4ATGCAAGGCGCCTGGGTATTACTTTTATTGGGTTTC CGTTTGCAGCTGTCTCTGAGCGTAATCCCTGTAGAAGAAGAAAATCCGGC GTTTTGGACGCAAAAAGCTGCTGACGCGTTGAACGTGGCGAAGAAGTTAC AGCCAATTCAGACAAGTGCCAAGAATCTAATAATATTTTTAGGAGATGGT ATGGGTGTTGCAACAGTAACGGCCACGAGGATCTTAAAGGGTCAGCTGGA AGGGAATTTGGGTCCCGAAACACCGCTGGCGATGGACCACTTCCCGTATA TGGCTCTTTCCAAGACTTACTCAGTTGATAGACAGGTACCGGATAGCGCA TCTACAGCTACTGCTTATCTGTGCGGCGTAAAGACAAACTATAAGACGAT TGGGGTTAGCGCAGCTGCGAGGTTCGATCAATGTAACACAACGTTTGGCA ATGAGGTTCTTTCTGTAATGTACCGTGCAAAGAAGGCGGGTAAATCCGTG GGCGTGGGTGATCATACGAGGGTGCAGCACGCGAGTCCGGCTGGCACATA CGTGCACACCGTTACGTCTAATTGGTATGGGGATGCAGACATGCCAGCCC TGCCGTTGCAAGAGGGTTGCAAGGACATAGCGACGCAGTTGATTAGTAAC ATGGATATAAACGTAATACTTGGTGGGGGCAGAAAATATATGTTTCCGGC TGGTACACCCGATCCTGAGTATCCAAATGATGTCAATGAAACAGGCACGC GTCTTGATGGCAAGAATTTAGTTCAAGAGTGGCTATCCAAACACCAGGGT AGCCAGTACGTTTGGAACAGGCAAGAGTTAATTCAAAAGTCCTTGGACCC TAGTGTTACCTATTTGATGGGTCTATTTGAGCCAGTAGACACGAAGTTCG AAATACAACGTGACCCTCTGATGGACCCCAGTTTGAAGGATATGACAGAG GCTGCGCTTCACGTGCTTTCTAGGAACCCTAAAGGATTCTACCTATTCGT AGAGGGTGGCCGTATAGATAGAGGGCACCACTTGGGTACCGCCTATCTGG CACTAACTGAGGCCGTCATGTTTGATTCTGCGATAGAAAGAGCATCACTA CAAGCGTCTGAGCAAGACACCCTAACTATCGTGACGGCAGACCACAGCCA CGTCTTTTCCTTCGGGGGTTATACATTAAGGGGAACCTCCATCTTTGGGC TTGCCCCGTTGAATGCTTTGGATGGAAAGCCCTACACATCTATTTTATAC GGGAACGGGCCGGGGTATGTGGGGACAGGGGAAAGACCCAACGTTACCGA CGCCGAAAGCCACGATCCTTCCTACCAACAACAAGCAGCGGTCCCTGTTA AAAGTGAGACAACTGTGGGAAAGGATGTGGCAATCTTTGCGCGTGGACCT CAGGCACACTTACTGCATGGCGTACAGGAGCAGAATTATATAGCACACGT TATGGCTTTTGCTGGGTGCTTGGAACCCTACACGGATTGCGGCCTAGCTC CACCTGCTGACGAGAATAGACCTACGACACCTGTACAGAACTCCACGACA ACGACTACGACTACTACCACAACCACTACAACCACCACTACTACTAGAGT CCAAAACTCAGCTTCCTCACTTGGGCCAGCAACCGCCCCTCTTGCTTGGC ATTACTGGCCGCGTCGT

Seq. ID No: 279

>phosphatase_5ATGTCAGGATCTAGCGTTACAGGCGGGGGTGCAAGC CTACCTGCGGAATTGTACAAGGGGTCCGCTGACTCAATCTTGCCAGCCAA TTTCTCTTATGCTGTTACGGGTAGCGGTACGGGTAAAAATGCGTTCCTGA CGAACAACTCTAGCTTGTTCGGTACAACCGGCACAGTTCATTACGCGGGG TCCGATTCTGTTCTGTCCGGCAGCGAATTGACCACCTACAATTCAAACTA CAATGGCACCTATGGTCCCTTAATCCAGATACCTAGTGTGGCGACTTCTG TTACCGTGCCGTACCGTAAAGATGGTAACACTACGCTTAATTTGACATCA GCACAATTGTGTGACGCATTTAGTGGAGCTAAGACAACTTGGGGTCAACT ACTTGGCACAACTGACTCTACACCCATTAGGATAGTCTATAGGACAGGGT CATCAGGGACTACCGAATTGTTTACTAGACACTTAAACTCTATTTGCCCC ACAAGGTTTGCGACAAACAGCACCTTCACCAATGCGAGATTACCCGCCGG AGGGACTCTACCTAGTAATTGGGTTGGTGTAGCAGCTACGTCTACAGTAG TGAGCACGGTGAAAGCTACGAACGGCAGTCTGGGTTATGTATCTCCTGAC GCAGTTAACATAAATTCCAATGCGGAGGTTAGTAGGGTCAATGGAAACTT ACCTACACAGGCCAATGTGTCAACCGCGTTGGGGTCCGTGGCACCCCCGG CCAATGCGGCAGATCGTGCAGATCCATCAAAGTGGGTCCCAGTATTCACA AATCCTAGTGCCGGTTATTCAATCGTGGGATATACTAATTTCGTGTTTGG CCAGTGCTATAAAGACGCCTCTGTCTCCACGGACGTTAGAGCCTTTATCA ATAAGCACTATGGAGGCACAACCACCAATGCAGCGGTCGCGGCGCATGGC TTCATTCCGTTGACACCAGCCTGGAAATCCGCTATAGTATCCGCCTTTTA TACTGGTACGTCTGAAAATTTAGCGATAGGCAATACAAACGTATGTAACA CTAAGGGAAGGCCC

Seq. ID No: 280

>phosphatase_6ATGAACTTCGTGACAGCCTTACCTCTTATCGCCCAA TTGATAGGGACAGCTAGAGCGGCTATCGGACCGGTAACTAACCTACTGGT CAAGAATGCGGACATTCCGCCCGATGGTTTTACACGTGCTGCGGTGGTTG CTAACAATCAGTTTCCTGGTCCGCTAATCACGGGTAATCAGGGGATTAAT TTTCAGATCAACGTAGTGGCCAGATTAAATAACGAGTGTAGTTCCCGTCC TCTGTGGTATCATTGGCATGGTTTCTTCCAGAAGGGAACGAATTGGGCTG ACGGTCCGGCATTTGTAAACCAATGTCCAATTTCTACTGGAAATTCATTT CTTTATGACTTCACGGCTGCCGACCAGGCTGGTACGTTCTGGTACCATTC CCACCTAAGTACCCAATATTGTGACGGTCTGAGAGGGCCGATGGTCGTAT ATGATCCAAACGATCCCCACGCAAGTCTATATGACGTAGACGACGAAAGC ACCGTAATAACCCTTAGTGACTGGTACCACACTGCCGCCCGTTTAGGCTC TGCCTTTCCGCTAGGTCCGGACTCAGTGCTAATCAATGGTCTAGGTCGTT TTGCAGGAGGGGATGGAAATGCTGAACTAGCGGTAATCCCAGTAACTCAG GGCAAGCGTTATAGATTTCGTCTGATTAGCTTATCTTGTGACCCTAACTT CGTCTTTAGCATCGATAAACACAACATGACCGTTATCGAGGCGGACGCCG TCAGTCACGAGCCTGTGACGGTAGATAGCATACATATCTACGCGGGACAG AGATACTCATTTGTTCTATCCGCTCATCGTGACATAGACAACTACTGGAT ACGTGCTCTTCCTTCAGGCGGCACTGTAAATTTCGTCGGGGGCGTGAACT CAGCCTTAATAAGATATGATGGTGCAGCGGAAGTTGAACCAGTTACCAAC ACTACGATGAGTATTGCCCCACTTGTTGAAACTGACCTTGTACCACTGGA CAGTCCAGCGGCTCCCGGCGAGGCCAGCATAGGAGGAGTGGACTATGCAC TTAGTCTTGTTCCATCTTTCGTTAGTCGTACCTTGTTTTGCGTCCGTTCA ATAGCAGATGACCTTAGGTTACGTACGGGAAGAACCATATTAAGCGGTTC AACGGAGCTACCCTCCTCCCATCCCCCTTGCAGAGTATATACTTTGCCCT CTAATGCTACGATAGAATTGTCCTTTCCAATCACCGCCACAAACGCGCCG GGGGCTCCCCATCCCTTCCACTTGCATGGACACGTTTTTAGTGTTGTTAG ATCAGCGGGGTCTAGTGAGTACAATTACGCAAACCCTCCACGTAGAGATG TGGTCAATACAGGTACAGCCGGTGACAATGTAACTATTCGTTTTAGGGTA TGTTCTCACACTTACTTGTCATTGCATTGTCATATTGACTTTCACCTGGA GGACGGTCAAAGTGGGACGTTAGTACCACCTCTGCCTCACCGTCTGCCAC CGAGGGGGAGGATTCGTTGTCGTTTACACAGAGGTATTTTAGTCAGAGGA AGATTAGGTCCTGACCTACAA

Seq. ID No: 281

>scaffoldGGGGGCGCTAGTGCGTCCGGTGTGGATAATAAATTTAATAA AGAGAGAGTCATTGCTATTGGTGAAATTATGAGATTACCGAATTTGAATA GCTTGCAAGTAGTCGCCTTCATCAATTCCCTTCGTGACGATCCTTCTCAA AGTGCCAACCTTCTGGCGGAGGCGAAGAAGTTAAATGACGCCCAGGCCCC TAAAGGAGGGAGTTCTGCTTCCAGTGCGGGCGGATCATCAGTAGATAATA AGTTTAACAAGGAGGCGCAAACCGCCGGGGTTGAAATAATGGAGTTGCCA AACTTGAATACACGTCAGCTATTGGCTTTCATTCAAAGTTTACGTGATGA TCCCTCTCAGAGCGCGAATTTATTAGCGGAAGCTAAGAAATTAAACGATG CTCAGGCCCCAAAGACAAGTGGAGGCTCCAGCGCGTCATCTGCAGGTGGA TCAAGCGTGGATAATAAGTTCAACAAAGAGAGGAGGATGGCGGCCTACGA GATAATCGATCTGCCTAATCTAAATTGGTTTCAATTAGAGGCGTTCATCA CGAGCCTAAGCGATGACCCGAGCCAAAGCGCAAATTTGCTTGCCGAAGCG AAGAAACTTAACGATGCGCAGGCACCCAAGGGATCAGGCTCTAACGCCGC AATTCGTTCTAGCGGGAGTGGGTCCGTAGATAACAAATTTAACAAGGAAA GAGTAATTGCTATTGGAGAAATCATGAGGTTGCCTAACCTTAACTCCCTT CAGGTAGTGGCATTTATAAACAGTTTACGTGATGACCCTTCACAGAGCGC AAACCTACTTGCAGAAGCCAAGAAATTAAATGATGCACAGGCGCCCAAAG GAGGGTCAAGTGCGTCCTCTGCAGGAGGGAGTAGTGTTGATAATAAATTT AATAAAGAAGCCCAAACAGCGGGTGTTGAAATTATGGAACTACCGAACTT AAACACCCGTCAATTACTGGCATTTATTCAGAGCCTGAGAGATGATCCAT CTCAATCCGCTAACCTCCTAGCTGAGGCGAAGAAACTTAATGATGCCCAG GCGCCAAAAACCTCAGGTTCAGGTTCAGCAAACGCTGCTATTCGTAGTGC AGGATCTGGAAGCGTAGATAATAAATTCAACAAAGAACGTCGTATGGCTG CTTATGAGATCATCGACTTACCTAATCTAAACTGGTTTCAACTTGAGGCT TTCATCACTTCATTATCTGATGATCCATCCCAGAGCGCCAACCTACTAGC GGAAGCGAAGAAGCTAAACGACGCTCAAGCTCCTAAAGGTTCAGGGGCGT CTGGTTCTGGTGCGGGCGGCAGTTCCGTAGATAACAAATTTAACAAAGAA AGAGTTATCGCCATAGGGGAAATTATGCGTCTGCCGAATCTGAATAGTCT GCAAGTCGTCGCATTTATAAACTCTTTACGTGATGATCCCAGCCAATCTG CGAATTTACTGGCAGAGGCTAAGAAGCTAAACGATGCGCAAGCCCCGAAG GGCTCTGGCGCGTCTGGTAGTGGGGCAGGTGGGAGCAGCGTAGACAACAA GTTTAACAAGGAGGCCCAGACTGCAGGAGTCGAAATCATGGAATTACCTA ATTTGAACACCAGACAGCTGCTGGCGTTTATACAATCTCTTAGAGATGAT CCTAGCCAGTCCGCTAATTTACTAGCCGAGGCCAAAAAGTTGAATGACGC ACAGGCACCGAAGACAAGTGGTTCCGGGTCCGCTAACGCAGCGATAAGGT CCGCGGGTTCCGGATCTGTGGACAATAAGTTTAATAAAGAGCGTAGGATG GCCGCGTACGAAATAATCGATCTTCCTAATCTAAATTGGTTTCAGTTAGA GGCCTTTATTACTAGCCTTTCCGATGACCCCAGTCAGTCAGCGAACCTAT TAGCGGAGGCCAAAAAGCTGAACGACGCGCAGGCACCTAAG

Seq. ID No: 282

>sec_1ATGCAGCTATTAAGGTGTTTTTCTATTTTCTCAGTTATAGCCTC CGTGTTGGCCCAAGAGCTAACTACCATCTGCGAGCAGATCCCATCTCCTA CGCTAGAATCAACCCCATATAGTTTATCAACGACCACAATCTTGGCTAAT GGCAAA

Seq. ID No: 283

>sec_2ATGCTATCTTTGAAAACGCTGCTGTGTACGCTGTTAACGGTTTC ATCAGTTCTAGCCACACCCGTACCCGCTCGTGATCCATCCTCTATTCAAT TTGTCCATGAAGAAAATAAGAAGCGTTATTATGATTACGATCATGGAAGC CTTGGTGAA

Seq. ID No: 284

>sec_3ATGAAACTTCAGTCACTGCTGGTAAGCGCGGCAGTCCTGACCAG CTTAACGGAGAACGTGAACGCATGGAGCCCAAATAACTCTTACGTTCCCG CCAATGTCACTTGTGATGACGATATTAACCTTGTGAGGGAGGCAAGTGGA TTAAGCGACAATGAGACTGAATGGTTGAAGAAGCGTGATGCGTACACCAA AGAG

Seq. ID No: 285

>sec_4ATGGAGGGCGTGTCACTAGAAAAACGAGAGGCTGAGGCA

Seq. ID No: 286

>sec_5ATGAAAAAGACAGCGATTGCTATAGCGGTAGCCTTGGCGGGCTT TGCCACAGTCGCTCAGGCC

Seq. ID No: 287

>vac_1ATGTTCTCTTTGAAAGCTCTACTACCCTTGGCTTTGTTGTTGGT AAGCGCAAATCAAGTTGCAGCGAAGGTTCATAAGGCTAAAATATATAAAC ACGAACTGTCA

Seq. ID No: 288

>vac_2ATGACGAAGAACTTTATTGTTACACTGAAAAAGAACACTCCAGA TGTCGAGGCGAAAAAGTTCCTGGATAGTGTACATCACGCAGGGGGTTCCA TAGTACATAAATTTGACATAATTAAGGGCTATACAATAAAAGTTCCAGAT GTGTTGCACCTAAACAAACTAAAAGAGAAACATAATGACGTGATAGAGAA CGTGGAAGAGGACAAGGAGGTCCACACCAAT

Seq. ID No: 289

>vac_3ATGGAAGAGCAGAGGGAAATCCTTGAGCAATTAAAGAAGACATT ACAAATGCTAACTGTGGAGCCTAGCAAGAACAACCAAATCGCAAATGAGG AGAAAGAGAAAAAGGAAAACGAGAACTCCTGGTGCATTCTTGAACACAAT TATGAAGACATCGCGCAGGAGTTTATTGATTTTATCTATAAGAATCCCAC CACCTACCATGTCGTTTCATTCTTCGCAGAATTACTTGACAAGCATAATT TCAAGTACCTATCTGAGAAGAGCAACTGGCAGGACAGTATCGGCGAAGAT GGCGGT

Seq. ID No: 290

>6xHISHHHHHH

Seq. ID No: 291

>AADC_1METVNKSCCSLATPHLPLMSPHLLHSHRDSPVLKIIHSIVLTV QNNHSCLQAFLGIGTDNVILVKTNDRGKMIPEDLDHKIQKVKSEGSVPFL VSTTCGTTVFGAFDPLEGIADVCERHSLWLHVDAAWGGSALLSSRHRHLL KGIERADSVTWNPHKLLGVGLQCSAFLLRDTTQLLERCHAANATYLFQTD KFYNLQYDTGDKSIQCGRRVDCLKLWLMWKALGSKGLETRVDRVLDHTRY LVEEMKRREGFRLIMEPEFVNLCFWYVPPSLRNKENSPDFWTRLGKVAPV IKERMMKKGSMMVGYQPHGNMVNFFRQIVVNPEVTKEDLDFFLDEIERLA EDL

Seq. ID No: 292

>AADC_2MWGCGNGDCIHVLLLISHTSPPPLSPHLLHSHRDSPVLKIIHS IVLTVQNNHSCLQGHVPFYVSATAGTTVYGAFDPFVKIADICQKHGLWML HVDAAWGGGLLMSRKHRHKMNGIERADSVTWNPHKMMGVLLQCSAILLKE KGILQGCNQMCAGYLFQQDKQYDISYDTGDKAIQCGRHVDIFKFWLMWKA KGTVGFEQQINKCLELSEYLYSKICNREDFEMVFKGEVSLHRLEEGIK

Seq. ID No: 293

>AADC_3METVNKSCCSLATPHLPLMSPHLLHSHRDSPVLKIIHSIVLTV QNNHSCLQGHVPFYVSATAGTTVYGAFDPFVKIADICQKHGLWMHVDAAW GGGLLLSKKHRTKLSGIERANSVTWNPHKMMGVPLVKDNMDLLKRCHSAE ASYLFQQDKFYDVRYDTGDKSIQCSRRADAFKFWMMWKALGTLGLEERVN RALALSKYLAKEIKKRDGFELIWEPEYANICFWYIPPSLRKMENKGPEYW QRLNQVAPTIKERMMKKGSMMIGYQPHRDKVNFFRHIIISPQVSREDMDF VLDEIDLLGRDL

Seq. ID No: 294

>AADC_4MNASEFRRRGKEMVDYVANYMEGIEGRQVYPDVEPGYLRPLIP AAAPQEPDTFEDIINDVEKIIMPGVTHWHSPYFFAYFPTASSYPAMLADM LCGAIGCIGFSWAASPACTELETVMMDWLGKMLELPKAFLNEKAGEGGGV IQGSASEATLVALLAARTKVIHRLQAASPELTQAAIMEKLVAYSSDQAHS SVERAGLIGGVKLKAIPSDGNFAMRASALQEALERDKAAGLIPFFMVATL GTTTCCSFDNLLEVGPICNKEDIWLHVDAAYAGSAFICPEFRHLLNGVEF ADSFNFNPHKWLLVNFDCSAMWVKKRTDLTGAFRLDPTYLKHSHQDSGLI TDYRHWQIPLGRRFRSLKMWFVFRMYGVKGLQAYIRKHVQLSHEFESLVR QDPRFEICVEVILGLVCFRLKGSNKVNEALLQRINSAKKIHLVPCHLRDK FVLRFAICSRTVESAHVQRAWEHIKELAADVLRAERE

Seq. ID No: 295

>AADC_5MASGYPGAGAQQPPAAPASGSGSPVSMPYYASELARAKHEDDM KMPEHGIEPRHCLRRIEDYHLLDFSERLNTSSYVNVVFEPEEETVANMGL KVNLADQTVYPESFRMHNDTVNMIAKLWNCPKPADFDEYGCYAGAGTVGS TEACLLGGLALKFRWRKWYAAKHGMDQNKVRGVYPNLVITTMFQAAWEKL FKYMDIEPRFVTPSWKTFTMDPSGLEKVVDDKTIGVVCIMGNHYGGQYDP VWEVNDVLEKINKEKGLQVGIHVDGASGGFIAPFQEGLPAWDFRLKNVLS ISASGHKFGNSCCGTGWIIWRERKGLSDTVAINVSYLGGSADSYTLNFSR PAQGVYVQ

Seq. ID No: 296

>AADC_6MAGSIDVMLRDLNLDTVESLPADFDPTTVINDILPPVVNDAKL VNGIEKPREIVLGRNVHTSSLEVTEPDADDEVTGEREAYMASVLARYRKS LLERTKHHLGYPYNLDFDYGALSQLQHFSINNLGDPFIESNYGVHSRQFE VGVLDWFARLWELERNEYWGYITNCGTEGNLHGILVGREVFPDGILYASS ESHYSIFKAARMYRMDCEKVNTLISGEIDCEDFKAKLSLHKDKPAIINVN IGTTVKGAVDDLDLVIKTLEESGFSHDRFYIHCDGALFGLMMPFVKLAPK VSFKKPIGSVSVSGHKFVGCPMPCGVQITRLEHINALSRNVEYLASRDAT IMGSRNGHAPLFLWYTLNRKGYRGFQKEVQKCLRNAHYLKGRLTEAGIGA MLNELSSTVVFERPQDEEFTRKWQLACQGNIAHVVVMPNINIDKLDHFVN ELVERRAVWYENGKLKSPCVASEIGNSNCLCALHK

Seq. ID No: 297

>AADC_7MVRAVEKPVQAIVNAAFRGKDAYHVFRTTVLAAVLLRLWRHLR RVMAHEGLKAYFMSLVAPHLKKLPYVQNKLKKEMDKTMTKMRNTFRKEVT DPRTSLPVDGIPEKQILELIQHRKELDTKEWTKGMTTGCVYHGGQDHYDF VGQIFASWGFANPLHPTTFPSLRQMDSEVVQMVINMYHGDSECCGAFTTG GTESILMAMKAYRDWGKAEKGITDPNIVICNTAHAAFDKAGKYFNIFVKH ARTNSEMEIDLGHLRSLIDSNTVAIVGSACQFSHGTVDPIQEMAKIAMKR RVGLHVDCCLGGFLVPFMEKAGFQLPPFDFRVKGVTSISCDPHKYGFAPK GSSVVMFSNRHLRHYMYCFLTEWSGGIYATATMTGSRAGGPVAATWASMC KFGEKGYIETTKQIVGATKKIAAGIAEIEGLRVVGRPDVCVVAFTCTEGS GMNCYAVGDCMHQDFHWELQSCQNPACVHLALTLPTSRNADKFVADLRQA VEAVRSDKDGKFASTAGMYGTAASLPAAFFEDGAAAYLDAMCEAIPAGDA LLPEEPATKESPAAAGAPAQATGGA

Seq. ID No: 298

>AADC_8MNASEFRRRGKEMVDYVITNYLEQIELRQVYPSVEPGYLRPMI PDSAPEEGETYEDIMKDIERVIMPGVTHWNSPYFFAYFPAATSYPAMLAD MLCGSLGCIGFSWAASPACTELETVMLDWLGKTIGLPEQFLAGTNGEGGG VIQGTASEATLMALLAARTKVTRRLQAENPDLSEAEIISRMVAYSSDQAH SSVERAGLISGVRMKKIPSDENFTARGEALKKALEEDKAEGFIPVFLCAT LGTTTSCAFDNLMELGPICNAENMWLHIDAAYAGSAFICPENRYLMKGVE FADSFNFNPHKWLLVNFDCSAFWVKKRSDLICAFKIDPVYLQHDQQESGL VTDYRHWQIPLGRRFRSLKLWFVLRMYGVKGLQAHIRKHIRLAQEFHEFV KNDDRFEICAPVILGLVCFCLKGSNTLNKSLLQKINTLKKIHLVPSCLGD KFILRFAVCARTLESNHIVFAWKHIEELATEVLKEGEKQ

Seq. ID No: 299

>AADC_9MQNCNQMHASYLFQQDKHYDLSYDTGDKALQCGRHVDIFKLWL MWRAKGTTGFEVQIDKCLELAEYLYDKIKNREGYELVIEGKPQHTNVCFW YIPPSLRHMEDNEERMARLVKVAPVIKARMMEYGTTMVSYQPLGDKVNFF RMVISNPAATHQDIDFLIDEIERLGQDL

Seq. ID No: 300

>AADC_10MWGCGNGDCIHVLLLISHTSPPPLSPHLLHSHRDSPVLKIIH SIVLTVQNNHSCLQGHVPFYVSATAGTTVYGAFDPFVKIADICQKHGLWM HVDAAWGGGLLLSKKHRTKLSGIERANSVTWNPHKMMGVPLFQCSAFLLR DTTQLLERCHAANATYLFQTDKFYNLQYDTGDKSIQCGRRVDCLKLWLMW KALGSKGLERRVDRVLDHTRYLVEEMKNREGFRLIMEPEFVNLCFWYVPP SLRNKENSPDFWTRLG

Seq. ID No: 301

>AADC_11MGSLGTNPTSFSAFPDDKAAFEPLNPEDVRAYLHKAVDFISD YYTNVESMPVLPNVKPGYLQDELTASPPTHSAPFDVTMKELRTSVVPGMT HWASPNFFAFFPSTNSAAAIAGDLIASAMNTVGFTWQASPAATEMEVLAL DWLAQLLHLPTTFMNRTSTGRGTGGGVILGTTSEAMLVTLVAARDAALRR SGSVGVSDIPRLAVYAADQTHSTFFKACRLAGFDPANIRSIPTGPETNYG LDPAKLLEVMQADADAGLVPTYVCATVGTTSSNAVDPVGAVADVAAMFNA WVHVDAAYAGSACICPEFRHHLDGVERVDSISMSPHKWLLTCLDCTCLYV RDAHRLSDSLETNPEYLKNDVTDSGEVTDLKDMQVGVGRRFRGLKLWMVM RTYGTAKLQEHIRSDVAMAKMFEDSVRADNRFEVVVPRNFALVCFRIKAR GDMTEEDADEVNRLLMENLNKTGKAYLAHTVVGDRFVLRFAVGSSLQEER HVRSAWDLIKKTTSSIMD

Seq. ID No: 302

>AADC_12MDPLKAVEMVDENTICVAAILGSTLTGEFENVKLLNELLTKK NKDTGWDTPIHVDAASGGFIAPFLYPDLEWDFRLPLVKSINVSGHKYGLV YPGVGWVVWRSKGDLPDELIFHINYLGSDQPTFTLNFSKGNNISTHAYKK PKCRFYFLTNQILSRRYLLHRLKSGTSLNSLL

Seq. ID No: 303

>AADC_13MQPGYLSRMLPDSAPNHPESLEDIFNDISAKILPGVTHWQSP NYFAYFPSNSSIAGFLGEMLSAGLNIVGFSWITSPAATELEMIVLDWLAK LLKLPDDFLSGGTS

Seq. ID No: 304

>AADC_14MVVDYKDWQIPLGRRFRSLKLWMVLRLYGIENLQCYIRNHIK LAQQFEVLVAQDLRFEIVSPRIFSLVCFRLLPSQNCKDHGNELNHHLLDT VNSTGKVFLSHTVLSGKYILRFAVGAPLTEERHVTAAWKVLQDEASALLQ SL

Seq. ID No: 305

>AADC_15MGSLDIKQESSPLMTNPLDSEEFRRQGYMVIDFLAEYYKNIQ KFPVRSQVEPGYLRKRLPESAPYEPESIERILKDVHDDIVPGLTHWQSPN YYAYFPSSGSTAGLLGETLAAGFNVVGFNWISSPASTELESIVMDWLAEM LNLPKSFTFSGDGGGVMMGTTCEAILTTITAARDRILDRIGREHINKLVV YGSDQTHCSFFKSAKIAGILPNNFRQVKTSRVNAFSMRPDALRAAIQADA DAGLVPFFLCTTVGTTSTAAVDPVALLCEVTKDYGMWVHIDAAYAGNACI CPEFRHMINGVENADSFSFNAHKWFLTTLDCCCLWVKDPSSLVRCLSTNP EYLKNKATDTQQVVDYKDWQITLSRRFRSL

Seq. ID No: 306

>AADC_16MDGQMLKPMDAEQLREYGHQMVDFVADYYKTIESFPVLSQVQ PGYLRELVPTNPPTHPESLQDVLDDVKAKILQGVTHWQSPGYFAYFPCNS STAGFLGEMLSAGINIVGFSWMSCPAATELEVIVLDWLSKL

Seq. ID No: 307

>AADC_17MVLRLYGQEGLQSYIRNHIALAKQFEELVIQDSRFEMVTPRR FSLVCFRLLPRSTDENQADKLNRALLDAVNLTGAIFISHTVLSGMYVLRL AVGAPLTEERHVIAAWKVLQEKATALLEGNVAQEPNGHAQLSNGVVELDG ALDNGVTTEQHGHVDDLPIKSK

Seq. ID No: 308

>AADC_18MSLSRHIDAERLIEQIKEHPHKKHSSAESRRGLHRSWRRDED AADLPKYTLPKHGINSKAAYQLLHDETALDGNPLLNLASFVHTWMPEDAD KLIMENINKNIVDMDEYPAASLIHNRCISMLADLWKAPKEGKVIGTATAG SSEAIMLGGLALKKRWQEARKAAGKDYFHPNIVFGSNAQVALEKFARYFD VETRLVPVKEENGFVMNPHDAIPYIDENTIGVIVILGSTYTGHFEDVKLM SDLLDDLEKRTGLDVKIHVDGASGAFIAPFAYPHLKWSFDVPRVVSINTS GHKFGLVYAGLGWVLWRDESFLHRDLVFELHYLGSTEYSFTLNFSKPAAP VIAQMFNFLNLGFEGYKKIAYKDMRNARMLSRALESTTYFKVFSNIHVPR NSDSAHVSSNNKDDPETYHAGLPVVAFRLSDEFNQNYPNVRQVWIQTLLR TKGWIVPNYNAPLGAENIEILRIVVRETLSEDLIERLIVDIVAVTESLTT EEGNVFAGITASGAVVKPDLDEARPDSSNFNDSGDGEAQGQTGYSRQC

Seq. ID No: 309

>AADC_19MALSKHVNTDKLIRDSRDKKSPKEKAHHTATAHQEATYSYGD RYVTNPVPKYNIASKGISADAAYRLIHDELALDGSTVLNLASFVHTWMPP QGEQLVHENIAKNLIDSDEYPATQIIHTRCVSILADLWHAPSAKQAVGTA TTGSSEAIQLGGLAMKKMWQARMKAAGKNIHEPGPNIVMGANAQVALEKF ARYFDVECRLVPVSVESKYRLDPKKAMDFVDENTIGIFIILGSTYTGHYE PVKEMSDLLDEYEKRTGIYVPIHVDGASGGFVAPFVHPKMVWDFKLPRVV SINTSGHKFGLSYVGVGWVVWRDKAHLPKDLIFELHYLGSVEYSFSLNFS RPAAPILAQYFNLVHLGFEGYRSVGLADMKNARELSRALEKTGYYTVLSD IHRAVGAKDPHGIDDADIEAYEPGLPVVAFRFSDNFKEKHPEIQQKWIQT LLRAKGWIVPNYELPPSLEQIEILRVVVRENVTEVLIDKLIDDIVEITEQ LADSSSSMHSLNNLGHIQRPKKHEHPESNLKEGEGSDYSGTYARPC

Seq. ID No: 310

>AADC_20MALNAVSAARGSARQYISTFLTLDNAKSGLFYYVLLVQAIKV KRHLRARGISASLKELYTWISQQIIRLLLRLPATRKKVASQMDQAKLDIE NRLVPKGANVTRHLSLPSEGKSLEWITQEMDKMDTELGGTSDAWRQGKLS GAVYHGGDELAKIIVAAYSRYCVSNPLHPDVFPAVRKMEAEIVAMCLKMY RGPEGAAGAMTSGGTESIVMSVKTHRDWARSVKGIKEPEMVVPVSAHAAF DKAAAYLGIKLHSIPVDSYTRQVNIKHVKRAINSNTIMIVGSCIGFPDGN QDDIEALGALAKKYNIGLHVDCCLGSFIVPFLEPAGLAKGDNKGRYKLTP FDFTVDGVTAISCDTHKYGFAPKGTSVIMYRSAELRRFQYYVNPIWPGGV YASPSLSGSRPGALIAGCWAVMQYMGTEGYLSSCRDIVIATRKIADAITD DIPELYVLGNPPASVVAFGSRNPTVDPLEVGDGMRKRGWHLNGLSSPKSV HIACTRLTLPVVDQFIADLKDCVREAKVAPSGKGTMVSVYGLGNSSAVGP DMVSQLASAFLDALYKA

Seq. ID No: 311

>AADC_21MELKTAANEICNSNQMCQGENYSQNMLLRDGLIDLKNQIKEG DEGLGHGFSDFSNVFASDLLPARNGEKYTEGFLLEVFNILFSYIRKTFDR KSKVLDFHHPHQLLEGLEGFNLELSDQPEPLEQILGDCRDTLKYGVKTAH PRYFNQLSSGLDMVGLAGEWLTGAANTNMFTYEIAPVFIIMEGLLIKKMH ELVGWGELEADGIFSPGGTISNLYSVLVARYKFFPIVKLKGMAALPRIVL FTSEHSHYSFQKASATLGIGIENVIAVKCDERGKMIPSDLDEKIMAQKEK

Seq. ID No: 312

>AADC_22MWKAKGTRGFELQIDSCLENAEYLYKKLKSRNGFELVFPDEP EHTNVCFWYIPPSLKGMPRDKEWNTKLHKVAAKIKAQMMEEGTVMVSYQP LKNKPNFFRMVFSNPASKKSDIDFLLDEIERLGSDLEF

Seq. ID No: 313

>AADC_23MFGSQHQMDVAALDRQLKEDKESGKLPLLLVANAGTPGAGHT DKLARLKELCHQYNIWLHVEGVNLATLALGYVSASVLAATKCDSMTLTLG PWLGLPAVPAVTLYRHEDPSLSLAAGLTTSQPVEKLRALPLWLSLQYLGH NGIVERIKHASQLSQRLLENLKDVTSIKTSVEPDGNSPVVVFKFFYDGPG SGSTINLNTIERESDAMNQWLGEQLAALIPSCAVDTVELEDEGVCVRFNP MMTSAVLGTTIEDVDQLVECVKVKIPIIHNTLQLKEEFRLEVERIAGLTY VVDYSWAGLGVLRYDHVSEELDGSRREAELEKINASLLKKLNELESDLSF SSGPEFGAEKNCVYIGMATEDVDVSELVETIAVMGREIEENSKLLENMTE VVRKGILEAEVQLQKANEERLLEEGVLRQIPLVGSVLNWLSPVQATPKGR TFNLTAGSLESTEITYASKAQANGTSPPPTPSLGHAKRHPGQKLFKRLSR NSDAMSETSSVSHLEEVENLEASPTPEPQPGHPTEPPVPSVESNSEEPHE AEALDTKTVESESLR

Seq. ID No: 314

>ADK1MSSSESIRMVLIGPPGAGKGTQAPNLQERFHAAHLATGDMLRSQI AKGTQLGLEAKKIMDQGGLVSDDIMVNMIKDELTNNPACKNGFILDGFPR TIPQAEKLDQMLKEQGTPLEKAIELKVDDELLVARITGRLIHPASGRSYH KIFNPPKEDMKDDVTGEALVQRSDDNADALKKRLAAYHAQTEPIVDFYKK TGIWAGVDASQPPATVWADILNKLGKD

Seq. ID No: 315

>AOQS_1MSNAAIRSSRAVSVSSSTKYYDFTVIGSGVAGLRYALEVAKQG TVAVITKDEPHESNTNYAQGGVSAVLCPLDSVESHMRDTMVAGAHLCDEE TVRVVCTEGPERIRELIAMGASFDHGEDGNLHLAREGGHSHCRIVHAADM TGREIERALLEAVLNDPNISVFKHHFAIDLLTSQDGLNTVCHGVDTLNIK TNEVVRFISKVTLLASGGAGHIYPSTTNPLVATGDGMAMAHRAQAVISNM EFVQFHPTALADEGLPIKLQTARENAFLITEAVRGDGGILYNLGMERFMP VYDERAELAPRDVVARSIDDQLKKRNEKYVLLDISHKPREKILAHFPNIA SECLKHGLDITRQPIPVVPAAHYMCGGVRAGLQGETNVLGLFVAGEVACT GLHGANRLASNSLLEALVFARRAVQPSTELMKRTRLDVCASEKWTRPVVA TARLLGDEVIAKIIALTKEVRRELQEVMWKYVGIVRSTIRLTTAERKIAE LEAKWETFLFEHGWEQTVVALEACEMRNLFCCAKLVVSSALARHESRGLH YMTDFPFVEESKRIPTIILPSSPTTASWSSRRLQNISSSSLIDCGSGEGR GSLLTCGDVEENPGPSSSSSSQTTELVPYKLQRLVKEFKSLTEPIDRLKW VLHYASLLPQMPESSKTESNRVMGCTARVWLDAELGQDGKMRFCADSDSD VSKGMCSCLIQVLDEASPVEVMELKTEDLAELNVGLLGGERSRVNTWYNV LVSMQKKTRRLVAEREGKVPSFEPFPSLVLTAHGIEAKGSFAQAQAKYLF PEESRVEELVNVLKEKKIGVVAHFYMDPEVQGVLTAAQKHWPHISISDSL VMADSAVTMAKAGCQFITVLGVDFMSENVRAILDQAGFEKVGVYRMSDET IGCSLADAASAPAYLNYLEAASRSPPSLHVVYINTSLETKAFAHELVPTI TCTSSNVVQTILQAFAQMPELTVWYGPDSYMGANIVKLFQQMTLMTNEEI ANIHPKHSLDSIKSLLPRLHYFQEGTCIVHHLFGHEVVERIKYMYCDAFL TAHLEVPGEMFSLAMEAKKREMGVVGSTQNILDFIKQKVQEAVDRNVDDH LQFVLGTESGMVTSIVAVIRSLLGSSANSKLKVEVVFPVSSDSMTKTSSD SSNSIKVGDVALPVVPGVAGGEGCSIHGGCASCPYMKMNSLSSLLKVCHK LPDLENVYGGFIAERFKRQTPQGKLIADVGCEPILHMRHFQANKELPDKL VHQVLSCESKR

Seq. ID No: 316

>AOQS_2MNTLPEHSCDVLIIGSGAAGLSLALRLADQHQVIVLSKGPVTE GSTFYAQGGIAAVFDETDSIDSHVEDTLIAGAGICDRHAVEFVASNARSC VQWLIDQGVLFDTHIQPNGEESYHLTREGGHSHRRILHAADATGREVETT LVSKALNHPNIRVLERSNAVDLIVSDKIGLPGTRRVVGAWVWNRNKETVE TCHAKAVVLATGGASKVYQYTTNPDISSGDGIAMAWRAGCRVANLEFNQF HPTALYHPQARNFLLTEALRGEGAYLKRPDGTRFMPDFDERGELAPRDIV ARAIDHEMKRLGADCMFLDISHKPADFIRQHFPMIYEKLLGLGIDLTQEP VPIVPAAHYTCGGVMVDDHGRTDVEGLYAIGEVSYTGLHGANRMASNSLL ECLVYGWSAAEDITRRMPYAHDISTLPPWDESRVENPDERVVIQHNWHEL RLFMWDYVGIVRTTKRLERALRRITMLQQEIDEYYAHFRVSNNLLELRNL VQVAELIVRCAMMRKESRGLHFTLDYPELLTHSGPSILSPGNHYINRGSG EGRGSLLTCGDVEENPGPGSVMFDPDTAIYPFPPKPTPLSIDEKAYYREK IKRLLKERNAVMVAHYYTDPEIQQLAEETGGCISDSLEMARFGAKHPAST LLVAGVRFMGETAKILSPEKTILMPTLQAECSLDLGCPVEEFNAFCDAHP DRTVVVYANTSAAVKARADWVVTSSIAVELIDHLDSLGEKIIWAPDKHLG RYVQKQTGGDILCWQGACIVHDEFKTQALTRLQEEYPDAAILVHPESPQA IVDMADAVGSTSQLIAAAKTLPHQRLIVATDRGIFYKMQQAVPDKELLEA PTAGEGATCRSCAHCPWMAMNGLQAIAEALEQEGSNHEVHVDERLRERAL VPLNRMLDFAATLRG

Seq. ID No: 317

>ATMT_1MTPAAGKTFNTSIAGADDLIRLHLSESPHGASKAALQAAEREL ARVNVYPDPERQELVRALAAHWGVGPEHIAVANGSDELVLATALTLGDRN LPGLVTDGTFPGYRACLELLGRGCTAVPPDGTAVDVAGFAARLPGHGIGY LCNPHNPSGAALTRQELAALVEVSGRSGVPLVFDEAYMEFAGPDVPQTRD LTAAGDAPVVALRTFSKAYGLAALRVGYAVGRPDLIAGLRGTLRALPFSV NRLAQAAAIAALGDPDFVDGVRRSTAERRRWFVGELDRRGRAHLPSVTNF VAVAARDCARAQDRLAADFGILVRNAGLFGFPGYLRTSLGEKKDLERFLD ALDEIEQNPGGGSGEGRGSLLTCGDVEENPGPMTAPLSRDGLRAMGESVF RPAEWQGAAHTPLDADTAFNGFISTHVVFALEQLGLFAWFDESDRLDVPQ YCWRRKLDERVFRQLVSAAEAFGYLDVHDDLVTPTPAWSELRRKIGFFTW GVGGYHDVFANAASIARGERAFGKDVLRDEAMVALGSAQADMALMRDLLD EQIAALDFSVIADLGSGISERVCRLVKSRPGARGLGVDISASATALAAGT VERHELADRVQPICADVLDVLFHGRRIEGADQVDVAMSFMFLHDLLVDPT TRTDVIPALRKAFPRAHTFLLADTTVRPRDEKDTLPVFSSGFELAHALMG VPIYTREEYENLFHEGGLHLRRTVPFGAPHTYLFVLEAQ

Seq. ID No: 318

>ATMT_2MQALPVKGDTVSRPPTVHSLHHEHERADGMLRLHCNENPYGPP SGVIASVTKELEGRCSTYPDSEVTALREALAGQVGVGTDMVAVGNGADEL VLLITLASAGPGDTVVVTESTFPGYAASAAVAGATVRGVPLHRDRVSATA LVEAVDDGARLVFVCNPHNPTGTVLSPAAVEEILRACERTGAVPVFDEAY IEFAGPGFDHALDAVRAGRRLLVLRTFSKAWGLAALRAGYAVGPADLVAG IMEARRPLPFSVNRLAQQAALAALGSPDHIAEVYERTTRERERLCRALTG LGVAYVPSVTNFVMVKTPGNSTRFASRLADEHGILVRDLAPFGYPGHVRV SVGTAEDTDQFCAALGSLLASPRSHAATGHGLGASSGAGGAGNAAIRSAR DVLPVPTLDPVAPQDLFNGYVGAHAVFALTRLGVWDRLAEGSEPTVDALA VQAGTDATGLMPLLRVAALLGYVSLTDGSAPAVRLTESGRELVRMRGFFT WGVGGYHEVLRSLPALARGTSVFEQDVDRDGGMVAVGSGEVGREMMLPLE QEVLATVDFRTVADLGCGDATRLLRLCDGHPHRRGTGIEINQGACVQANK RVADAGLADRVDIVHGDALDLSGRTFPEVDLVTSFLMMHDLFDATGDPVG VMRTLREVFPRARHFLIGDTVAQDWEERREGLPMFSVGFELVHAFMDTPI MNRGTYEDAFAGAGLRVARREPLGAPSTWLWLLSTE

Seq. ID No: 319

>ATMT_3MRRRWAVTASASWWGTACELHASASAAYTPPCHSPGTGGRGTE SGPMTAPVRQETRNYNASVPSADDLVRLHLSESPYGASPAAVAAVTGELE RINRYPAPGREGLVQALARHWELPEEHIAVANGSDELVLATALTLGDPGS PGLVTAGTFPGYLAALERIGRGAVQVPLAGSGTDTAAFADRLPGCGIGYV CNPHNPCGSALTHDELHRLVAAARDSGTPLVFDEAYHEFGPPAQPQARTH LREDTPVLALRTFSKAYGLAALRIGYALGPADLIAEVRRTLTVLPFSVNR AAQAAALAALDDQEFLGSVRRDSAARRQWFCAELERRGYRYLPSVTNFVA VEVAASAEAQDVLARDHGILVRDTGMFGFPGHLRVSLGSVEELRGFLDAL DRVTAGSRGGGSGEGRGSLLTCGDVEENPGPMTGPVSTSAPSRWPRTWRP NRLEPTSRGGQPGHAARRSPAAGRRRRRASEARPPPSGRQPAVRTERCER VSPLNTLPSEWQGQAPTPLNPDTAFNGYICANVLHGLERLGVFELLRDEK SLDMDRFCETNGLDSAVFRALVGAAESFGYLDVRGAQVRATSVGEDVARY LGFFTWGVGGYHDIFASAAPVARGERRFGVDLHRDEGMVALGSAQADTAL MRHILDEEIAGIDFRTLVDLGAGVSERVSRLVKARPGTRGIGIDISRPAT ELARDTVAGYGLAGTVEPVCADVLDILFNGQEIDGGDAADVVMSFMFLHD LLAAPERREEVVPRLRKAFPRAHTFLLADTTIRPRNEEGDGRLPVFSSGF ELAHALMGVPLHTREEYEELFERGGMKLRRSVPFGAPHTYLFVLEAS

Seq. ID No: 320

>ATMT_4MTNDPSPRDARDELPVRDELRGQSPYGAPQLDVPVRLNTNENP YPLPEALVERIAERVREAARSLNRYPDRDAVELRTELARYLTRTAGHEVT AAHVWAANGSNEVLQQLLQTFGGPGRTAIGFEPSYSMHALISRSTGTGWI SGPRNDDFTIDVDAARAAIAEHRPEVVFITSPNNPTGTAVRAETVLALYE AAQAARPSIVVVDEAYGEFSHHPSLLPLIEGRRHLVLSRTMSKAFGAAGL RLGYLAADPAVVDAVQLVRLPYHLSSVTQATALAALEHTDTLLGYVAQLK GERDRLVAELRAIGYEVTESDANFVQFGRFDDSHAVWRQILDRGVLVRDN GVPGWLRVTAGTPEENDAFLDAVRELKKEHDAGGGSGEGRGSLLTCGDVE ENPGPSSSSSTRTDFAQSAVASIFTGAIASHAAVLADDLGLFDALAKGKL RNRDLDRSPWLRNRIRISGALEALCRVGAVQRCTDGYELTDVGTELAGQV PVFRLWLGGYASVLAGQISIGADPATGVHGGIVAESSGAIGARYLDETIV NLLESLRPEGRICDIGCGTGARLLRVCRRVNQPGIGYDLSAKAVEAARET VDEARRIGVDIDVRQGDATALTQDHPDVDIVTQAFMTHHIAPDEYCAAVL RSYRSRFPRARYLVIFDTVPSQDSEEPEIFAPGFDYIHALQNMEPRSRGA ARRMFTEAGYICREEVELAVPNSYAWVLEMRDREGPAS

Seq. ID No: 321

>ATMT_5MTNDPSPRDARDELPVRDELRGQSPYGAPQLDVPVRLNTNENP YPLPEALVERIAERVREAARSLNRYPDRDAVELRTELARYLTRTAGHEVT AAHVWAANGSNEVLQQLLQTFGGPGRTAIGFEPSYSMHALISRSTGTGWI SGPRNDDFTIDVDAARAAIAEHRPEVVFITSPNNPTGTAVRAETVLALYE AAQAARPSIVVVDEAYGEFSHHPSLLPLIEGRRHLVLSRTMSKAFGAAGL RLGYLAADPAVVDAVQLVRLPYHLSSVTQATALAALEHTDTLLGYVAQLK GERDRLVAELRAIGYEVTESDANFVQFGRFDDSHAVWRQILDRGVLVRDN GVPGWLRVTAGTPEENDAFLDAVRELKKEHDAGGGSGEGRGSLLTCGDVE ENPGPAQAAPTTVTEVFNHAITASAISAAWEMGAFDALRVSERLDADEFA AREGLDTRSTHELFRALAAADIVSRDGAQIRRGPNFAEADRCKSLFHWMT RGCGELFSTLPALVREKNRVGSFYRRDAAAISVACREINAEWWDPVFWPV VSGLDFTSVADLGCGSGERLIRLARTGPEVMALGIDFAAGAIEVATAAVA EAGLSDRISLVQGDATALEPRPEFAGVDLLTCFMMGHDFWPRAEAVASLR RIREVFPDLKHFLLADATRTTSYPDTDMPVFSMAFELAHAVMGDYLPTLE EWRPVFEEAGWRCEGEHPISVPADSVMFHLVPN

Seq. ID No: 322

>ATMT_6MTNDPSPRDARDELPVRDELRGQSPYGAPQLDVPVRLNTNENP YPLPEALVERIAERVREAARSLNRYPDRDAVELRTELARYLTRTAGHEVT AAHVWAANGSNEVLQQLLQTFGGPGRTAIGFEPSYSMHALISRSTGTGWI SGPRNDDFTIDVDAARAAIAEHRPEVVFITSPNNPTGTAVRAETVLALYE AAQAARPSIVVVDEAYGEFSHHPSLLPLIEGRRHLVLSRTMSKAFGAAGL RLGYLAADPAVVDAVQLVRLPYHLSSVTQATALAALEHTDTLLGYVAQLK GERDRLVAELRAIGYEVTESDANFVQFGRFDDSHAVWRQILDRGVLVRDN GVPGWLRVTAGTPEENDAFLDAVRELKKEHDAGGGSGEGRGSLLTCGDVE ENPGPSTEVSEAQARRAVADIFNSTLASSAIGAAWELGALDELRENGKLD VSDFAVRHDLHEPAVVGMFTALASVGIVRREGATVVVGPYFDEANHHRSL FHWLNQGSGELFRRMPQVLPNENRTGKFYQRDAGAISYACREISERYFDP AFWAAVDGLGYTPTTVADLGSGSGERLIQIARRFPGVRGLGVDIADGAIA MAEKEVAAKGFGDQISFVRGDARTIDQVSARGEFAEVDLLTCFMMGHDFW PRENCVQTLRKLRAAFPNVRRFLLGDATRTVGIPDRELPVFTLGFEFGHD MMGVYLPTLDEWDGVFEEGGWRCVKKHAIDSLSVSVVFELE

Seq. ID No: 323

>BH4reg_1MAASGEARRVLVYGGRGALGSRCVQAFRARNWWVASIDVVE NEEASASVIVKMTDSFTEQADQVTAEVGKLLGDQKVDAILCVAGGWAGGN AKSKSLFKNCDLMWKQSIWTSTISSHLATKHLKEGGLLTLAGAKAALDGT PGMIGYGMAKGAVHQLCQSLAGKNSGMPSGAAAIAVLPVTLDTPMNRKSM PEADFSSWTPLEFLVETFHDWITGNKRPNSGSLIQVVTTDGKTELTPAYF

Seq. ID No: 324

>BH4reg_2MTALTQAHCEACRADAPHVSDEELPVLLRQIPDWNIEVRDG IMQLEKVYLFKNFKHALAFTNAVGEISEAEGHHPGLLTEWGKVTVTWWSH SIKGLHRNDFIMAARTDEVAKTAEGRK

Seq. ID No: 325

>BH4syn_1MEGGRLGCAVCVLTGASRGFGRALAPQLAGLLSPGSVLLLS ARSDSMLRQLKEELCTQQPGLQVVLAAADLGTESGVQQLLSAVRELPRPE RLQRLLLINNAGTLGDVSKGFLNINDLAEVNNYWALNLTSMLCLTTGTLN AFSNSPGLSKTVVNISSLCALQPFKGWGLYCAGKAARDMLYQVLAVEEPS VRVLSYAPGPLDTNMQQLARETSMDPELRSRLQKLNSEGELVDCGTSAQK LLSLLQRDTFQSGAHVDFYDI

Seq. ID No: 326

>BH4syn_2MHSPSLSAEENLKVFGKCNNPNGHGHNYKVVVTIHGEEAIM KPLDHKNLDLDVPYFADVVSTTENVAVYIWENLQRLLPVGALYKVKVYET DNNIVVYKGE

Seq. ID No: 327

>BH4syn_3MPSLSKEAALVHEALVARGLETPLRPPVHEMDNETRKSLIA GHMTEIMQLLNLDLADDSLMETPHRIAKMYVDEIFSGLDYANFPKITLIE NKMKVDEMVTVRDITLTSTCEHHFVTIDGKATVAYIPKDSVIGLSKINRI VQFFAQRPQVQERLTQQILIALQTLLGTNNVAVSIDAVHYCVKARGIRDA TSATTTTSLGGLFKSSQNTRHEFLRAVRHHN

Seq. ID No: 328

>BH4syn_4MHHHHHHTSSTPVRTAYVTRIEHFSAAHRLNSVHLSPAENV KLFGKCNHTSGHGHNYKVEVTIKGQINPQSGMVINITDLKKTLQVAVMDP CDHRNLDIDVPYFESRPSTTENLAVFLWENIKSHLPPSDAYDLYEIKLHE TDKNVVVYRGE

Seq. ID No: 329

>BH4syn_5MHHHHHHSSKEHHLVIINGVNRGFGHSVALDYIRHSGAHAV SFVLVGRTQHSLEQVLTELHEAASHAGVVFKGVVVSEVDLAHLNSLDSNL ARIQSAAADLRDEAAQSTRTITKSVLFNNAGSLGDLSKTVKEFTWQEARS YLDFNVVSLVGLCSMFLKDTLEAFPKEQYPDHRTVVVSISSLLAVQAFPN WGLYAAGKAARDRLLGVIALEEAANNVKTLNYAPGPLDNEMQADVRRTLG DKEQLKIYDDMHKSGSLVKMEDSSRKLIHLLKADTFTSGGHIDFYDE

Seq. ID No: 330

>DAC_1MVDADIALNWAGGLHVCIVRPPGHHAEPGAACGFCFFNNVALAA RYAQSLQSPSDPPLRVMILDWDIHHGNGTQHIFQDDASVLYVSLHRYDDG TFFPSSEDAAHDKVGSGPGEGFNVNIPWNGGKMGDVEYLLAFHRIVMPIA YEFNPQLVLVSAGFDAARGDPLGGCRVSPEGYAHMTHLLMGLAGGKVVVV LEGGYNLTSISESMSMCTRTLLGDPLPFISDLHAPRPAALRAISSVLGVH QKYWRSLCINVGPP

Seq. ID No: 331

>DAC_2MKTHPHPERPDRLQAIAASLATAGIFPGRCYPIPAREITKEELQ MVHSLEHIETVELTGQILYSYFTPDGTNPHNRLKLDNRKLAGILSQRMFV ILPCGGLGVDSDTIWNDLHSSNAARWAAGSVIDLAFKVVTRELKNGFALV RPPGHHADPSTAMGFCFFNSVAIAAKQLQQKLNVRKILIVDWDVHHGNGT QRVFYRDPNVLYISLHRHDDGNFFPGSGAADEVGANSGEGFNVNVAWAGG LDPPMGDAEYLAAFRTVVMPIAHEFAPDVVLVSAGFDAAEG

Seq. ID No: 332

>DAC_3MMATEPIASGSGTMDIDSEKTPSTSQANPMADTFQTREAVLGLG EVVEHVGGRWVAEQEWIRSPERKMAYTQGTKKKVCYYYDGDVGNYYYGQG HPMKPHRIRMTHNLLLNYGLYRKMEIYRPHKANAEEMTKYHSDDYIKFLR SIRPDNMSEYSKQMQRFNVGEDCPVFDGLFEFCQLSTGGSVASSVKLNKQ QTDIAVNWAGGLHHAKKSEASGFCYVNDIVLAILELLKYHQRVLYIDIDI HHGDGVEEAFYTTDRVMTVSFHKYGEYFPGTGDLRDIGAGKGKYYAVNYP LRDGIDDES

Seq. ID No: 333

>DAC_4MDAGTRRVDDAAVPSTGPSASLLRSANMLSAAFGLTASLYSRLR GVCSSRRALSTSARTSEAAGVGAKPGVAAALTVPSTGPSASEASPAALLR IQVAEEWARASGLLDREDCQVGLAFDEAMHLHSGPAGHPERPARTKEILA QLHASGLVRACAQVPSREATEEELLLVHDARHVERVLRHEAAGHKKAKAF SFPFGPDTYVCEHTARCARLAVGCLLSLVDASLDPASPVRTGMAVVRPPG HHATSDRASGFCLFNNVAVAARHLQRRHGLKRVAIVDWDVHHGNGTNDLF TEDPNILFFSVHRFDNHGFFPGSGFLEDVGHAQARGYTVNVPLEKGYGDL DIVHVVKYVLCPVLERFKPDAILVSAGFDAVKGDPLGECRVSPEAFGWMT RCLHRLAQRYCDGRLFLVLEGGYNPDMIAQCCIECVQSLVAEAAGLRGPW PEFPAVGVPLAEGAQLSAPSSAPTSAPGTPTSTSPASSPALSAAAPPLAS PGSTPTSSPCLRPSGGEAPPRSPPSASASAGGGARQRARAPSSKTVRAVR QLTEIHHLLPLELPVAPRPGDGPGAANKSARKNERRRLGRGRRGPEEEGA SSDSSGWAIACGLSDAEPWPSPQASPVASLSQGASSLPTLELPPAFPSLD GVGSTAGNSYLGTSGNVGIDAAGHSASSWLGSPTTAATAVAPPARGDRKV KRR

Seq. ID No: 334

>DAC_5MVDADIALNWAGGLHGHHAGRGCSEGFCLLNNVAVAAAYARSAH PEQVRRVLVLDWDVHHGQGTQEIFWRDPGVLYASVHRDGGEGFYPGTGAA EQVGDGAGRGFTVNVPLPTGYGDGCLWAACAEVLLPAARRFRPDLILVSA GFDAVAGDPLGGCRCTARGFGALTGELRKLAGELCSGRLLLALEGGYDLR TLRACVGEVCQALAAPEPAEGGA

Seq. ID No: 335

>DAC_6MRNRSSGFCLVNNVAVAAEYARDRYPEVERVLIFDWDVHHGQGT QQIFEQSPDVLVISVHRHDGHSFYPATGSAGEVGSGPGRGYSVNVALPAG YGGAALWTACAHVLLPAARNFQPQLILVSAGFDAAASDPLGGCFVEPRVF GALTAELRRLAAEVAEGRLILALEGGYNPEVLADCVDEVAAALVADASSS GVEAFAEAPSWLAGSACFGAIRRTCEAHRMAPLRLPLPSSRIDRRRAAAR QAEALSSPSSRDAGDTGGGEVSAHGATTTVTTSANLGAGTLAARPSSMVT GEGRRANGQLVDVLGIALAGKPSASPWPEAQRTQGSAPGTPAPATGGALP PAETAESPGSVASGAAVAQGPVECQAAARQAGECPGQAPAPAGAGAAPGG RGVEAAAAQHGQDLAPAAGPGAAALVELQTGELVVRIAPLPRPKDVVVSA EELWVWHDQGGPLGVQRWRFEGVRAENSGALRCAEFRSKRHELTVRLRLG

Seq. ID No: 336

>DAC_7MVRSSQATTFSSSPYFADRGIHGTAQPITERINPRKCTFHILPP GLGGWLYLFPKMSKTVAYFYDPDVGNFHYGTGHPMKPHRLALTHSLVLHY GLYKKMIVFKPYQASQHDMCRFHSEDYIDFLQRVSPNNMQGFTKSLNAFN VGDDCPVFPGLFEFCSRYTGASLQGATQLNNKICDIAINWAGGLHHAKKF EASGFCYVNDIVIGILELLKYHPRVLYIDIDIHHGDGVQEAFYLTDRVMT VSFHKYGNYFFPGTGDMYEVGAESGRYYCLNVPLRDGIDDQSYRHLFQPV IKQVVDFYQPTCIVLQCGADSLGCDRLGCFNLSIRGHGDCVQYVKSFNIP LLVLGGGGYTVRNVARCWTYETSLLVDETISEELPYSEYFEYFAPDFTLH PDVSTRIENQNTRQYLDQIRQTIFENLKMLNHAPSVQIHDVPSDLLSYDR TDEPDPEERGAEDNYTRPEASNEFYDGDHDNDKESDVEI

Seq. ID No: 337

>DAC_8MWDVHHGQGIQYIFEDDPSVLYFSWHRYEHGSFWPNLSESDYDS IGKGRGTGFNINLPWNQTGMGNADYVAAFFHVLLPLAFEFNPELVLVSAG YDSGIGDPEGHMRATPECFSHLTHMLMHLAGGKLCMILEGGYHLRSLSES VSMTVRTLLRDPVPRLSGEMTPCYSALESIQNTRHAHSPYWKCLLHDETR LVEEISTKGLKAPGPLHVDASVVDEFLENHMKKILHPTPPITTMVVASVE NTLNLPAGVQLEESTVTPEQARHAISVFNPDELNENVLNSVSKMLPALEK LVN

Seq. ID No: 338

>DAC_9MKTHPHPERPDRLQAIAASLATAGIFPGRCYPIPAREITKEELQ MVHSLEHIETVELTGQILYSYFTPDTYANQHSAHAARLAAGLCADLAKEV FSGRAKNGFALVRPPGHHAGVRQAMGFCLHNNAAVAALAAQVAGAKKILI VDWDVHHGNGTQEIFEQNKSVLYISLHRHEGGKFYPGTGAAHEFGTMGAE GYCVNIPWSRGGVGDNDYIFAFQHVVLPIASDFAPDFTIISAGFDAARGD PLGCCDVTPAGYAQMTHMLNILSGGKLLVILEGGYNLRSISSSATAVIKV LLGESPGCNPKNFLPSKAGVQTVLEVLKIQMNFWPALGSIYSDLQTQWGM YCMKTKKKQIKKRQRAAAPLWWKWGQKSFLYHLLNGHLHVKSKGC

Seq. ID No: 339

>DAC_10MFLVRHHLYKWKSHFRIDADGKFVEDQFFPKNLKSGRRFLRSI GASITCSNGIGKDPYILSNEKISDARLIYAVAPAMGHNQESHPESHFRVP AIVNALEKMEMTPKFRGSEIIELQSFKPALVDDIASVHARAYVSGLEKAM DQASQQGIIFIDGSGPTYATATTFHESLVAAGAGIALVDSVVAASKNHLD PPVGFALIRPPGHHAIPLGPMGFCVFGNVAIAARYAQRAHGLKRVFIIDF DVHHGNGTNDAFYDDPDIFFLSTHQDGSYPGTGKVDEVGRGDGEGTTLNL PLPGGSGDIAMTTVFDEVIAPCAQRFKPDIILVSAGYDGHVLDPLASLQF TTGTYYMLASKIKLLAKDLCGGRCVFFLEGGYNLESLSYSVADSFRAFLG EQSLASEFDNPAILYEEPSTKVKQAIQRVKHIHSL

Seq. ID No: 340

>DAC_11MVDADIALNWAGGLHHAKKSEASGFCYVNDIVLGILELLKVHR RVLYVDIDVHHGDGVEEAFYATDRVMTVSFHKFGDFFPGTGHIKDTGWGP GKNYALNVPLNDGMDDESFRGLFRPIIQGVMEVYQPDAVVLQCGADSLSG DRLGCFNLSVKGHADCLRFLRSFNVPLMVLGGGGYTIRNVARCWCYETAV AVGVEPDNKLPYNEYYEYFGPDYTLHIEPCNMENLNTPKDMEKIRNMLLE QLSRIPHVPSVPFQTTPPTTQVPEEAEEDMDRRPKCRIWNGEDYDSDPDE DEKPRHTEPNSELRDVVDEMDEDKREEHPPS

Seq. ID No: 341

>DAC_12MCSDANGKVGNISVMSTEGISQVESKKARLNGLLTLEDIYNLP DELDDDEDDSDWEPLLEPLAVRKWFCTNCTMVNFDGFDFCETCEEHKESG ILKQGFFASPALQGTRSTQIESEVIERYTESICDISASALSTVVGFDERM LLHSEVVLKPHPHPHPERPDRLRAIAASLSTAGIFPGKCHPIAAREITQE ELLKVHSLEHVEAVEVTRQMLSSYFTPDTYANEHSAQAARLAAGLCADLA SEIYSGRAKNGFALIRPPGHHAGVHQSMGFCLHNNAAVAALAAQVAGAKK VLIVDWDVHHGNGTQEIFERNKSVLYVSLHRHEAGKFYPGTGAAHEVGTM GAEGYCVNVPWSRGRVGDNDYIFAFQNVVIPIAHEFSPDFIIISAGFDAA RGDPLGGCDVTPAGYACMTHMLSALAGGKMLVILEGGYNLRSISSSATAV IKVLLGEKPKCQFENIEPSASGLQALLEVLKVQTNFWPCLSSKLTQLQSC WEAYLSGRKKQKKRRFRTVAPPPIWWAWGRKRFLYFLRCQRFRMKP

Seq. ID No: 342

>DAC_13MAGAEELHVFWEEGMLKHETGRGVFDTGSDPGFLDVLEKHPEN ADRVRNMVSILKRGPIAPFVSWHQGRPASLPELLSFHSSEYIEELEEADR AGGKMMCCGTFLNPGSWNAALLAAGTTLSAVKYILDGHGKIAYALVRPPG HHAQPTQADGYCFLNNAGLAVQLALDEGCRKVAVIDIDVHYGNGTAEGFY CSNKVLTISLHMNHGSWGPSHRQSGTHDELGDGDGFGYNMNIPLPNGSGD RAYEYAMQELVVPAVQKFGPDMIVLVVGQDSSAFDPNGRQCLTMDGYRQV ARIVRGLADMHCKGKLLVVQEGGYHITYAAYCLHATLEGALNLPSPLLSD PIAYYPEDEGFAVKVIDAMKEHYKSNVPFLKEIN

Seq. ID No: 343

>DAC_14MGFCIFGNIAIAARYAQRVHGLKRVFIIDFDVHHGNGTQDVFY EDPDIFFLSTHKEGSYPGTGKIHEVGCGPGEGTTLNLPLPGGTGDVAMRT VFDEVIVPCAQRFKPDIILVSAGYDAHFLDPLANFQFKTATYYTLAANIK QLAKELCGGRCVFFLEGGYNLKSLSYSVADSFRAFLGEPSCASDVDPTFL YDEPSTKIEQAIDKVKAIHSL

Seq. ID No: 344

>DAC_15MEQLWVPSLPILGGRILPMLRHYCGFGSHHPLTWRSLQITGRK QKHNGCWIAYCLPSHNGTSISDTNGVRKDLALPDNLLRDAHILYCTSPAM GHNKEAHPETNKRVPAIVDALEKLELTSKHRGSQVLEIQDFQPASLDDIA LVHSRSYITGLEKAMSRASDEGLIFIEGTGPTYATQTTFQECLLSAGAGI TLVDSVVAASKLGPKPPLGFALVRPPGHHAVPEGPMGFCVFGNIAVAARY AQNQHGLKRVMIIDFDVHHGNGTCDAFYEDPDIFFLSTHQLGSYPGTGKI HQVGQGNGEGTTLNLPLPGGSGDYAMRCAFDEVIAPAAQRFKPDIILVSA GYDAHALDPLAGLQFTTGTFYMLAARIREVAAELCGGRCVFFLEGGYNLE SLSSSVADTFRAFLGEPSLAARFDDPAMLYEEPTRKIREAIDKAKHLHSL

Seq. ID No: 345

>DAC_16MMATEPIASGSGTMDIDSEKTPSTSQANPMADTFQTRRPRASS LPLQPSNLKVGYIYSSEMMNHFCPGGHPEQPLRIQQIWATIVNEQLHKRM KWMPIREVKKGEALLVHSEDHWNKVIAIQYLTDQQRADSVDYYEQMSLYV MSGTTRSALLSCGGVVEACLAVARNELKKTFAIVRPPGHHAEPDEHMGFC FFNNVAVAARVVQQRTKLKKILILDWDVHHGNGTQRAFNDDPSVLYISLH RYEQGTFYPCGPFGSLTSCGEGPGTGFSVNVPWPCAGMGDAEYIYAFQKV ILPIATEFAPELVIISAGFDAAAGDELGECLVSPAGYAHMTHMLAGLAGG RMVVALEGGYNLDSISQSALAVTKVLLGEPPDELPPLKANEEGTETVWLV AREQSKYWKSVDPKACEPQADVEPISFSVPEILKAHRQHYLYTKHDMMQV PMMTPELEEKFSSQIMCTSDIFESKTLVIFVHEFGNLRLELESSTTCDVH LERSYLIDFSKELVGWVKSEGYSLLDANLYPKPSTTPTPNLRHKTMEEVG RDVLVYLWDNYVQLSGAERVILIGHGPGCKPLVDLLNRRTTSVTKSAKAI IQVVGSQRMPSYPSDVDDARPWYQKSSLVIVPQSHPVMGPHIKPKDIRRH GVMVPIDETRQIKLITRALPAIKQFVQETLSSFPLANRTNRP

Seq. ID No: 346

>DAC_17MSKRKVAYFYDPDVGAYTYGWSHLMKPHRMRITHELATAYGML DKMHVLRPKRATPEAMTAFHTDEYVQFLHSVTPETADKLTGQKTRFLVGD DNPAFEGVFEFCSISAGGSIGAAERIASGAADIAINWAGGLHHAKKREAA GFCYINDIVLGILELLRTYPRVLYIDIDCHHGDGVEEAFYTTDRVMTCSF HKFGEFFPGTGTQEDTGTGKGKGYSVNVPLKDGIQDESFKSVFDPVISKI LEVFQPSAVVLQCGADSLAGDKLGCLNLTMQGHAHCVQFLRKSNIPLILL GGGGYTVKNVARAWTYETACAIGIENEIDLNMPWSQYFEWFGPTYRLEVP ENNMEDMNVKEGTLDHVRTTALAQLQQLASRCAPSVQMQDVPRTSLGGHL GFKRDKREHRDELDERLAQHTRYLYDLQESESESEDTESSDSDASSVSFV NNWRRAPHRANSLPRILSGRHSSNPPGHISASERRRMSIVTGKYFDIPIH ESGYNHYEYGAAPTKSSKRIFFQSGLDIYNDDNDFEGIINARTSVSNGFG NGIHDLHGLMERGGRSLNENLEDGDDEVEGEEYEDDAAMSDS

Seq. ID No: 347

>DAC_18MEEHFWDVLYKDKYSKLLSKARDFLDDTGGPGDDVLVFISCGM DACEHEYESMSRHNRKVPASFYHRFARDACAFSDRYAGGRLISVLEGGYS DRALISGAMAHLSGLVDTPDGIQVDEQWWNIPNLVKLEAATKKRRGGRPS LPAKGSVEPWIERTLSIFSSIDGSASTTSSRSTFIPPSSRTLRDRTKGRE AMPKSPPASSASTKPVSRSKVKPGANIKSGDESFASTGSSPLTSPSPSSS EDEAPPIKRL

Seq. ID No: 348

>DMAT_1MTIINSRIIDIRQSTFEESIPDQVTAGLSTTPKTLPALLFYSG EGIRHWIEHSTAADFYPRHEELRILRARAAEMVDSIANNSVVVDLGSASL DKVLPLLEALEASKKNITFYALDLSFSELQSTLQSLPYEQFKFVKIGALH GTFEDGVQWLKDTPGVQDRPHCLLLFGLTVGNYSRPNAAKFLQNIASNAL AASPVQSSILLSLDSCKMPTKVLRAYTAEGVVPFALASLDYGNTLFAPNK MGEKVFQPSDWYFLSEWNYMLGRHEASLITKGKEVRLGGPLNDIVIEKHE KIRFGCSYKYDTDERQVLFGSAGLTDVKEWSVEGCDVSFYQLQMCPN

Seq. ID No: 349

>DMAT_2MTISAPPIIDIRQAGLESSIPDQVVEGLTKEVKTLPALLFYST KGIQHWNRHSHAADFYPRHEELCILKAEASKMAASIAQDSLVIDMGSASM DKVILLLEALEEQKKSITYCALDLSYSELASNFQAIPVDRFHYVRFAALH GTFDDGLHWLQNAPDIRNRPRCILLFGLTIGNFSRDNAASFLRNIAQSAL STSPTQSSIIVSLDSCKLPTKILRAYTADGVVPFALASLSYANSLFHPKG DRKIFNEEDWYFHSEWNHALGRHEASLITQSKDIQLGAPLETVIVRRDEK IRFGCSYKYDKAERDQLFHSAGLEDAAVWTAPDCDVAFYQLRLRLN

Seq. ID No: 350

>DMAT_3MSKPNVLDIRLATFEDSIVDLVINGLRKQPKTLPALLFYANEG LKHWNHHSHQPEFYPRHQEVQILKKKAQEMAASIPMNSVVVDLGSASLDK VIHLLEALEVQKKNISYYALDVSASQLESTLAAIPTQNFRHVRFAGLHGT FDDGLHWLKEAPEARDVPHTVLLFGLTIGNFSRPNAAAFLSNIGQHAFQG KSGDQCSILMSLDSCKVPTQVLRAYTCEGVVPFALQSLTYANGLFSEKNK TQASGDVQHKVFNLDEWYYLSEWNFVLGRHEASLIPRSKDIKLLPPLDGI LVSKDEKVRFGCSYKYDQEERMELFAAAGVKNEVTWSDEGCDVAFYQLKL S

Seq. ID No: 351

>DMAT_4MGSINPPQILDIRRSKFEESIPKQVEAGLLSSPKTLPALLFYS TEGIQHWNRYSHASDFYPRHEEIQILKDKATDMAASIADGSVVVDLGSAS LDKVIHLLEALEAAQKKVTYYALDLSFSELTSTLQAIPTDQFVHVQFSAL HGTFDDGLQWLKETLVIRDQPHCLLLFGLTIGNFSRPNAAKFLHNIASHA LVESPSQSSILLTLDSCKVPTKVIRAYTAEGVVPFALESLKYGNTLFQQD AGENVFDPEDWYFLSEWNYVLGRHEASLVPRSKDIKLGRPLDKIVVGKHE KVRFGCSYKYDSEERKELFGTAGLRDVKSWSKEGCDVAFYQLKCCPN

Seq. ID No: 352

>DMAT_5MPALPVIDIRSNHVEDSLPEQIIKGLTSQPKTLPPLLFYSNEG LEHWNHHSRQPDFYPRRQEIEILKQGGNDIARSIAPSSVILDLGSANLEK VGYLLEALEAQEKDVLYFALDISAPQLATTLKEIPSSNFRHVRFAGLHGT FEDGLRWINETPEIRDLPHCVLLLGLTIGNFSRQNAAAFLQNIANHALTG ASKNKSSILLSLDSCKVPTKVTRAYTSDGVVPFALQALTYAKALLCDRID NGIDEKVLSCNLRPEHWHYLSEWNFALGRHEASLIPRFGDVCLGSMLQDI IVKKEEKVRFACSYKYDAKERQKLFLDSGVDQGMVWTNEGCDVAIYELKL A

Seq. ID No: 353

>DMAT_6MLYKPKVLDIRSGSVEDSLRHSVMDGIREDPRTLPTLILYGPE GLQHWDDHSHAPDYYLRHEELHILRSRAYEMAETIADNTAMVDLGSAQVS RFHESPCLLAPTLSLDKAALLLDALEVQAKNVTYYALDLDHAELQKTLCR LPLGKYKHVQCVGLQGTFEDGLEWIKNDPEQSRRPHCLLFLGSTIGNFSR ENAARFIRSMASSAFLSESAKSSIILSIDSCKLPTKVLRAYNSEGVVPFA MAGLKHASAILCEAACRQEDAVTETFLPDDWYYLSHYNHVLGRHEASFTP RNRDIQLGSPLEDVVIRLGETIRFGYSHKYDFAEIEQLFREAGVAAVNSW GAVGCDLSFYQLGTA

Seq. ID No: 354

>DMAT_7MAAPSVIDIRSHLVEDSLPDQVVKGLGSDPKTLPALLFYSNEG LEYWNHHARQPDFYPRHQEIEILKRKGDEIARSVAPNSVILDLGSANLEK VTYLLEALEAQAKNVTYFALDLSAPQLMSTLKAIPTTKFRHVRFAGLHGT FVDGLRWISETPDIRDLPHCVLLFGLTIGNFSRPNAATFLRNIASQALRG ASEDKSSIFLSLDSCKVPTQILRAYTSDGVVPFALQSLAYAKTLFCEQTQ NDFNEKPSSCHLNPDDWHYHSEWNFVLGRHEASLIPRLNDIHLGPLLHDI VVKKDEKVRFGCSYKYDDLERDKLFVDAGVKDEMAWTNEGCDIAIYELKS M

Seq. ID No: 355

>FEX1MIFNPVISNHKLSHYIHVFCTFTTFCILGTETRQAITALSTYTPA FVTAPTVLWSNCSSCMLMGIMQSLNAYTWMKDHQVLFLGVTTGYCGALSS FSSMLLEMFEHSTNLTNGNIANHTKLPNRAYGIMEFLSVLLVHLMVSMGS LIFGRQLGKEVIVAYGSSSFSKPYTPPSDTVKENAGDVDTQEMEKNILEF KFKTPAPFFKKFFDIVDKLAYALAFPLIILFVVLCAYYENYSRGKWTLPC LFGIFAGFLRYWLAEMFNKTNKKFPLGTFLANVFATLLIGIFTMVQRGKK HFSTDVPIVNSLNSCHIVSALISGFCGTLSTISTFINEGYKLSFINMLIY YTVSIAISYCLLVITLGSYAWTRGLTNPIC

Seq. ID No: 356

>IDI1_for_fusionGGSGGSSGSGGSSSTADNNSMPHGAVSSYAKLVQ NQTPEDILEEFPEIIPLQQRPNTRSSETSNDESGETCFSGHDEEQIKLMN ENCIVLDWDDNAIGAGTKKVCHLMENIEKGLLHRAFSVFIFNEQGELLLQ QRATEKITFPDLWTNTCCSHPLCIDDELGLKGKLDDKIKGAITAAVRKLD HELGIPEDETKTRGKFHFLNRIHFMAPSNEPWGEHEIDYILFYKINAKEN LTVNPNVNEVRDFKWVSPNDLKTMFADPSYKFTPCFKIICENYLFNWWEQ LDDLSEVENDRQIHRML

Seq. ID No: 357

>INMT_1MAAPHTSQQDYIDNFNARDYLQTSYTPGKGILFGEWIEFATQN LHETFTTGGVRGDTLLDFGTGPTIYQLISACEVFDKIIVSDFLEQNRAEF RKWLNKDPDAFDWTPIIKGVCELEGNREDWEKKATKLRSKVKEVLKCDAL KRNPYDPIVVPPVDCLLSCLCLEAPCKDIKSYCEVLKNFQSLIKPGGHLL ILSGLNATFYYVGKTYFSSMTTKKEELEMAFKEAGYIIKKAVYTPRADKS KIDVADYEGHYFIHAHKPK

Seq. ID No: 358

>INMT_2MAAPHTSQQDYIDNFNARDYLQTSYTPGKGILFGEWIEFATQN LHETFTTGGVRGDTLLDFGTGPTIYQLISACEVFDKIIVSDLLEQNRTEF QKWLNKDPDAFDWTPIIKGVCELEGNRENSEKKAEKLRSKVKQVLKCDAL KRNPYDPVIVPPADCLLVCLCLEIPCKDMKSYCNVLKNFKDLLKPEGQIL ILGTLNGTYYHAGKKRFSLLSSKKEDLEMAFKEAGYIIEKAVYTLRADKS NIDVADYEGHYFIHAHKPK

Seq. ID No: 359

>INMT_3MSDFTNTREYEEQFDPRLYLETYFHLGSGSLADDFLRFVLDNF NKTFKSGAVKGSTLIDIGTAPSIYQLLSACESFDDIIVTWHTNRELKELQ KWLNSEADAFDWSSIVKHVCEIEGNRMAQKEKEEKLKGKIKQVLMCDVSK SNPLSPHEVPKADCLLTTVCLEAACKNYESYGTALKNLSNLLKPKGHLLM AGDLGANYYEVGSNKVFSLPVNEKFLKKVISESGYEIIQLVSFGKPENAD FETSDYEGFYFVHAQKV

Seq. ID No: 360

>INMT_4MDCLISCLCLEAPCKDLEDFTNTLKKFKELLKPGGHIIIQSVL NCSLYFVGNKSFSCLSITKDELEQAFKEAGYEIVKLKVVPRSEKIWANVS DHSEYYYIHARKPQ

Seq. ID No: 361

>INMT_5MSDFTGKNEYQTFFNPKAYLESYYQLGSGSMGDEYLQFVLKEL AETFNPGKVKGDTLIDIGTGPTIYQLLSACEAFKNIIVSDFTDKNREEFN VWLKNQPGAFDWSPVVKHVCRLEGDRIPWEQKEERLRKTIKQVLKCDVFN INPIDPVTIPQVDCLLSCLCLEGACKDFESYITALKNMTTLLKIGGYLVM TGDLGNTYYMVGDVKFSGLNLNENFLREAITGAGYVIESFQQSKKTEDSV EDKADFTAYYVIVARKERNV

Seq. ID No: 362

>INMT_6MESGFTSKDTYLSHFNPRDYLEKYYKFGSRHSAESQILKHLLK NLFKIFCLDGVKGDLLIDIGSGPTIYQLLSACESFKEIVVTDYSDQNLQE LEKWLKKEPEAFDWSPVVTYVCDLEGNRVKGPEKEEKLRQAVKQVLKCDV TQSQPLGAVPLPPADCVLSTLCLDAACPDLPTYCRALRNLGSLLKPGGFL VIMDALKSSYYMIGEQKFSSLPLGREAVEAAVKEAGYTIEWFEVISQSYS STMANNEGLFSLVARKLSRPL

Seq. ID No: 363

>INMT_7MKGGFTGGDEYQKHFLPRDYLATYYSFDGSPSPEAEMLKFNLE CLHKTFGPGGLQGDTLIDIGSGPTIYQVLAACDSFQDITLSDFTDRNREE LEKWLKKEPGAYDWTPAVKFACELEGNSGRWEEKEEKLRAAVKRVLKCDV HLGNPLAPAVLPLADCVLTLLAMECACCSLDAYRAALCNLASLLKPGGHL VTTVTLRLPSYMVGKREFSCVALEKGEVEQAVLDAGFDIEQLLHSPQSYS VTNAANNGVCCIVARKKPGP

Seq. ID No: 364

>INMT_8MSDIDDGALASAQAIVDGNRLAGQIELRQQPDPDRVFAGVLRQ GEAVAFCVCNPPFHESLEHARRAAGAKWQRLGRAVQGKEMNYQGSPAELC CNGGEVGFVTRMAEESAQPRRQRACVWFSAMLSRESSIAPVRERLGELGA RRRAWELRQGRTTKWVVAWTFYPRGERDQRLREMAQRRADPEARAEAGAE AATARDVGAGGDGADGVGGSLVRRSAGAGGSAA

Seq. ID No: 365

>INMT_9MDFTGGEIYQSSFDPKAYLASFCSLGSGRDDILMFRLKKCFET FGPGGLRGDVLVDIGTGPAIYHLLSACESFPYIIATDFTDNNRQELEKWL RREPGTFDWLETVKIVCDLEGDSRDDWVEKEDKLRSRIQKVLKCDVTKTN PLDPTVIPPADCLITALCLETACTDIDTYFCSLRNITTLLKPGGHLVLIG VLGNSFYKVGEKKFYCLSLDEQTVRNAVIDAGYSIKDLELYYLPNPASCA HITDTYANIFLVAQKNET

Seq. ID No: 366

>INMT_10MEIVSTSYNHIYDNFDARKYLDRYYGLASETQEIEEESVFLL TFLSNVFSSGRVKGHSFIEIGVGPSIHSILSACEVFEKIYLTDYSQGNLN EIEKWLNSENDAFDWTPYIRFVCDLENNGSTPKGKKEKLRRAVSLMKCDV NLSNPLHPHSLPLTDCLLTASCLSATCKTFTDFKMSLKIIVSLIKPGGHL ILIDYLRASYYWVGEVKLPILSLDEHVVREAVVESGCKIEEFKWFKEFHM PDELSDCKTVFSLLAQKL

Seq. ID No: 367

>INMT_11MDSSNYKLYHVHEFNSRSFLDNYFSDGPQMTFVDDTLVFPIE NLKKTFAEGHIKGDVMIDLSIGAMVHHLYAACEFFKDIIVLKASDRCIME LKRWVGTRTGAFYWGHATKLHADTEGNSELLQDKEEKVRSAIQHVVKCDV TKELMTDPIVLPPADCIISAWLLDAISSNQDDFITYLRRFIKLLKPGGHL ILIGALEQTSYSVGNEKYQFLTYNEDFARKALIAEGLVIDDCKIKKRTAK SDLADYKSILYLVSHKK

Seq. ID No: 368

>INMT_12MDPCLNLYYPSHEVNAKRLLHEYFSQNVPYSIFKESTINIMK CCYKAFSSGLLSGTTLIDISVGPSIVHLLSVCEFVEEISILKVNDASIRE LELWKNKDPETFDWTHTLKLFMELKGTSRDGWKDAQEMLRRKVKHIVKCD FSKSNLTKPFALPRADCVTCIWGLETISRDHDEWKTTLRKISDLVKLGGH VLIHADINASYFKIGEDKYHLFNFDDAFLRKTLTDGGFAIVHYENLEREA CTDCLDHSHK

Seq. ID No: 369

>INMT_13MELKRWVDTRTGAFDWSHAAKLHVDTEGNSDELQEKNEKVKS AIQHVVKCDLEKENMTHPIVLPPADCIISFALLDVISKDKDDYIKYLRKF SKLLKPGGHLILIGDLDTTYITVGKHKVHYLTYDEEFVRNALAGEGFVID CCKVKERTVESDLCDYKGMIFIVAHKEK

Seq. ID No: 370

>INMT_14MELKRWVDTRTGAFDWSHAAKLHVDTEGNSDELQEKNEKVKS AIQHVVKCDLEKENMTHPIVLPPADCIISFGFLDVVCKDQEDYIRYLRKF SRLLKPGGHLILIGGVDATYFTVGKEKHHFFTYDEAFVRKALEGEGFVID DCKVKKRTAVSDFTDYKGSIFIAAHKEH

Seq. ID No: 371

>INMT_15MSDFTNTSEYEEQFDPRLYLETYFHLGSGSLADDFLRFVLDN FNKTFKSGAVKGSTLIDIGTAPSIYQLLSACESFDDITVTWHTNRELKEL QKWLNNEADAFDWSSIVKHVCEIEGNRMGQKEKEEKLKGKIKQVLMCDVS KSNPLSPHEVPKADCLLTTVCLEAACKNYESYGTALKNLSNLLKPKGHLL MAGDLGANYYEVGSNKVFSLPVNEKFLKKVISESGYEIIQLVSFGKPENA DFDTSDYEGFYFVHAQKV

Seq. ID No: 372

>INMT_16MALQERQEPDVYQENFEPTSYLEYYRMNQDPVGDEVLHFLLK HYNATFKPGGLEGKLLIDIGSGPTIYQFLSACESFQEIIATDYTDKNLQE LEKWLKKMPGAFDWSPVVKYVCELEGNRDKWAEKEERVRRAVTQVLKCDV LKERPLEPAVLPPADGLISSLCLEAACPTPQACRDALRHLRTLLRPGGHL VLSGGFETTFFMVGDKRFSTLPLNEKFLREALQEAGFIIEKLEKVTRAAE THLDNRSDYTGLFFLVARRGD

Seq. ID No: 373

>INMT_17MDKISAPFFSGTSPAAASVAGVDEDDRLCFQAQELMFAYNIS MVLRAAIQLGLLDALSAAGGKALTPNELVENVETSSNKAEAAAAVDRILR YLSCFNVVTCSSEAAGPDGTLVRRYTTGPLCRWLTKDRGDGTLSPFAVFV VDPDHLFPWHHIAEAVTAGGPSAFERTQKWPYYEYMGKNQRLGTLFDNAM AQHSVILVTKMLERFKGFDGVQRLVDVGGGTGSTLGMITSKYKHMTGINY DLPHVIAQGLPLPGVEHVAGDMYESIPTGDAVLLQWITLMLNDDEFVKIL SNCHNALPKDGKVIVVDGILPENPDSSLTARDAFTLDIIMFVLFKGAKQR TEKEFARLAKQAGFTGGIKKTYIFFNFYALEFTK

Seq. ID No: 374

>INMT_18MDANKRYHGPPVLLGVVRDSEKFDFCMCNPPFFETMEEAGLN PKTSCGGTPEEMICPGGEKAFITRIIEDSAVLNQSFRWYTSMVGRKSNLK SLISKLREVGVTIVKTTEFVQGQTCRWGLAWSFVPPVRKIVSPHVAEKNI ISFMLEVWVPGFSICRVGDDLVPKSKSPHLSPILGTKN

Seq. ID No: 375

>INMT_19MEEAGLNPKTSCGGTPEEMICPGGEKAFITRIIEDSAVLNQS FRWYTSMVGRKSNLKSLISKLREVGVTIVKTTEFVQGQTCRWGLAWSFVP PVRKIVSPHVAEKNIISFMLEGLQRQFSAIHVLQSIESFFRTCGASSELN ASSFTVDITATNDHCKAILNNELQSIDEATSCEHVPETSNSSSSLHPHSN GLGFRISVYQQIPGTLLVKGSLQHKNNPVSGAFSLIIQRLEEDLKYKFCR

Seq. ID No: 376

>INMT_20MNRSNYIHWIEDLLASDITEKNEANGGKVRGFDIGTGANCIY PLLGASLLGWSFVGSDVTEVALDWAEQNVRSNPHISELIEIRRVDVDDPA SSSGTVESSGGSRMEDSSQGQCDVVELASLEMKEFCDVGVTCKGGTDKNQ RRYDEAKHSNVAKGYQGPPILLGVVKEGEKFDFCMC

Seq. ID No: 377

>INMT_21MEEAGLNPKTCCGGTPEEMVCQGGERAFISRIIEDSATLKQS FRWYTSMVGRKSNLKFLMSKLREVGVTIVKTTEFVQGQTCRWGLAWSFMP TAKRSVPSHVAEKRNLSFMLEGLHRQTSAFNVLQSMESFFSHFGALCKSN PSSFTVDVSVSSDHCDAILKSDVEKLDEASSHSCVAESPGSASSYDPMVV SFRLSVFQQIPGTLLVRGSLQQRDSPLSGAFLSVFQQLEKFLKHKFCRER GLQFNQR

Seq. ID No: 378

>INMT_22MATEIDDESYESARRNISNNNMQSRIHVEKASPDQSILFPLE DDRTFEFTMCNPPFYGSAAEVVQSAEAKEFPPNAVCTGADIEMIYPHGGE EGFVMKILDESERFMTRCKWYTSMLGKMSSVATIVEVLRQRSITNYAVTE FVQGQTRRWAIAWSFADTRLPDTMARIQSISPKHALYPCMPPKNTLVQAF PGPATHLVSTKLIETLHGIEGVSYTTTSLNSFFVEARQNTWSRSARRSRA NKNSSKKPDPSSLDADDILSGSQPALTCSCRVLADTAHADPVNVVENQWI FGNDRALFESFVGHVSRKVGMGLRDVK

Seq. ID No: 379

>INMT_23MLLESYKTFEPANYLQEYYSTVDLENRSLLAFFAEAYKGIDP NSVMLEFSGGPSLYSLITAAAHVKEIHFSDFLERNVEEIKLWKRFRHRSY IWINFFKEALMAEGLSEVSTDDILEREELLSKKLSDFLLCDAFNRHPLGQ RCYQRYDVVAANFVAESITPSLKTWEEVVNNICSTLKPSGTLIMTAIQGA SFYCVENHRYPAIAVTPEDVIRVLSYQGFDVDNLLMRHIPAEITDISAKD YKGYQGMLFVKATR

Seq. ID No: 380

>INMT_24MESGFTSKDTYLSHFNPRDYLEKYYSFGSRHCAENEILRHLL KNLFKIFCLDGVKGELLIDIGSGPTIYQLLSACESFTEIIVTDYTDQNLW ELQKWLKKEPGAFDWSPVVTYVCDLEGNRTKGPEKEEKLRRAIKQVLKCD VSQSQPLGGVSLPPADCLLSTLCLDAACPDLPAYRTALRNLGSLLKPGGF LVMVDALKSSYYMIGEQKFSSLSLDREAVRDAVEEAGYTIEQFEVISQSY SSTTSNNEGLFSLVGRKPVGSE

Seq. ID No: 381

>INMT_25MEIVSTSYNHVYENFDARKYLDRYYGIAPEAEKIDEESVFLL TFLSNVFSSGRVKGHSFIEIGVGPSIHSILSACEAFEKLYLTDYFQGNLD EIKKWLNSENDAFDWTPYIRFVCDLENNGSTPREKKEKIRRCVSLMKCDV NLSNPLHPHSLPLTDCLLTACCLTSTCKTFTDFKMSLKTIVSLIKPGGHL ILIDYLRASYYWVGEAKLPLLSLDEHGVREAVEESGCKIEEFQWFKEFHM PDEVSDCKTVFILLAQKL

Seq. ID No: 382

>INMT_26MRNLHETFGPGGVKGDILIDFGAGPTIYQLLSACEVFNTIIT SDFLEQNREQLKKWLRKDPDALDWSNFAKYVCELEGKSDNWEKKEETLRR KVTKVLKCDALAEKPYDPVPMPEADCLISCLCLEVACKDLEDF

Seq. ID No: 383

>INMT_27METPFTSQQTYVDEFKASDYFKTYYVAEGGIANEEWTDFALR TLHETFTKGGVKGETLIDFGAGPTIYHLLSACEVFDKIITSDYLEQNRAE LEKWLKKDPSAFDWTPIIKFVCELEGNRNYEKKAEKLRNKVKEVLKCDAL KRNPFDPIVLQPADCLLTCLCLEAPCEDMKSYFNVLKNFKDLIKPGGHLV ILSVLDATFYYVGDKYFSSMTTRKEELEQALKEAGFEIEKAVYTTRKDRS QMDIADYQGFYYIHARNPK

Seq. ID No: 384

>INMT_28MEGSFTGGEEYQKYFQPRDYLTTYYNFDGSPTPEAEMLKFNL ECLHKTFGPGGLRGDTLIDIGSGPTIYQVLAACESFRDITLSDFTDRNRE ELEKWLKKEPEAYDWSSVVKFACELEGDSGRWQEKEKKLRSVVKRVLKCD ANLASPLAPAALPPADCVLTLLAMECACCSLDAYRAALCNLASLLKPGGH LVTTVTLGISSYMVGKREFSCVVLEKEGVEQAVLDAGFDIQQFLHIPKCY SATIAANNGVCFIVARKKPAP

Seq. ID No: 385

>INMT_29MEGSFTGPDEYQKYFSPKDYLDTYYSFEHGPSPETEMIKFSL QFLHKVFGPGGIRGETLIDVGSGPTIYQVLAACEAFSDITLSDFTDRNRE ELQKWLRKDAGAFDWTPVLKFACELEGNSSHWQEKAEKLRATVKRVLKCD VNLGKPLAPVELPAADCVLTLLAMECACCSLAAYRAALCNLGSLLKPGGH LVTSITLQISSYMVGKHQFSCLYITKEEVERAILDAGFDIEQLLHSEQSY SATIAPNKGICFIVARKRSGP

Seq. ID No: 386

>INMT_30MDAQLTQLRNADVSWAAFDPIAYVDHNYRDLQAEDAEILHLV RDHFGDHFRKQGGGPVSGIDVGAGANLYPALAMMPWCEEITLFERSPANV RYLKSQVDSYDANWDQFWDALCAHEAYNSLGTDPRERFGKVVWVEQGDLF DLARYERRWSMGTMFFVAESMTTSYQEFMLGVERFMRALSPGAPFAAAFM EHSKGYHAGEHFFPACDVGESEVRASLEGFAGDFKVQRLESAAQLRDGYS GMIVAY

Seq. ID No: 387

>INMT_31MSDFTNASEYEKQFDPRLYLETYFHLGSGSLADDFLRFTLGN FHKTFTEGEVKGTTLIDIGTAPSIYQLLSACEYFQDITVTWYTNRELQEL QKWLNKDPGAFDWSSTVKHVWELEGKRGMLEEKEEKLRGMIRQVLLCDVS KKNPLEPVTLPKADCLISTVCLEAACRNYDSYRTALKNLSTLLKPGGHLL LAGDLGANYYEVGSNKVFSLPVNETFLRKAVNESGYVINKLVSFGKPEDA GYDTSDYEGFYFIHAQKC

Seq. ID No: 388

>IOMT_1MSSKLDNQNITANEEEEAFHQAMQLAMSTILPMVLKAAIDLDL LEIIAKAGPAGCKLSPIEIASHLPTKNPDASSIIDRILRVLASHSILTCD LATNEDGHVQRLYGLAPIAKYFLHNDDGISLIPTLTISTDKYLLGAWYHL REATLEGGAIPLVKAYGMDLFELAAKNDEISGKFNNTMGNQTAIIMKKVL EIYKGFEGINQLVDVGGGLGINLKLIVSKYPQIKGINFDLPHVVKDAPHF LGVDHVGGDMFIEVPQGEVIFMKWILHDWGDDRCLKLLKNCYNALPKFGK VVVVELVVPESPMTDIVTKNTLTLDAGLFIVVPGAKERTKEEYEALAKKA GFSTFRLVCRAYSYWVMEFHKNVIV

Seq. ID No: 389

>IOMT_2MGSQAEVGKAMTEEEACEFAMQLVSSSILPMTLKAALELELLE IMATAGEGAQLTPAEIAAQLPTSNPDAPIMLDRMLRLLACHSVLTASTYT DDDGKVRRRYGLAPVCKFLVRNQDGVSTAALSLVNQDKVTMESWYYLKDA VLEGGIPFNRAHGMTAFDYPGTDPRFNRVFNQGMSNHSTLTMKKILETYT GFRGLHSLVDVGGGIGAILSLIVAKFPHIKGINFDLPHVIDDAPQFPGVE HVGGDMFASVPTAEAILLKLILHDWGDEHCVKLLKNCCKALPEDGKVVVV EAILPEGIDHSYASACVYQVDMIMLVTNPGGKERTLKEFEELAKAGGFAG IRPICCVYGSWVMEFYKKM

Seq. ID No: 390

>IOMT_3MGSTAETQLTPVQVTDDEAALFAMQLASASVLPMALKSALELD LLEIMAKNGSPMSPTEIASKLPTKNPEAPVMLDRILRLLTSYSVLTCSNR KLSGDGVERIYGLGPVCKYLTKNEDGVSIAALCLMNQDKVLMESWYHLKD AILDGGIPFNKAYGMSAFEYHGTDPRFNKVFNNGMSNHSTITMKKILETY KGFEGLTSLVDVGGGIGATLKMIVSKYPNLKGINFDLPHVIEDAPSHPGI EHVGGDMFVSVPKGDAIFMKWICHDWSDEHCVKFLKNCYESLPEDGKVIL AECILPETPDSSLSTKQVVHVDCIMLAHNPGGKERTEKEFEALAKASGFK GIKVVCDAFGVNLIELLKKL

Seq. ID No: 391

>IOMT_4MGSTAADMAASADEEACMYALQLVSSSILPMTLKNAIELGLLE TLVAAGGKLLTPAEVAAKLPSTANPAAADMVDRMLRLLASYNVVSCTMEE GKDGRLSRRYRAAPVCKFLTPNEDGVSMAALALMNQDKVLMESWYYLKDA VLDGGIPFNKAYGMSAFEYHGTDPRFNRVFNEGMKNHSIIITKKLLEVYK GFEGLGTIVDVGGGVGATVGAITAAYPAIKGINFDLPHVISEAQPFPGVT HVGGDMFQKVPSGDAILMKWILHDWSDEHCATLLKNCYDALPAHGKVVLV ECILPVNPEATPKAQGVFHVDMIMLAHNPGGRERYEREFEALAKGAGFKA IKTTYIYANAFAIEFTK

Seq. ID No: 392

>IOMT_5MGSAGETQITPTHVNDEEANLFAMQLASASVLPMILKSALELD LLEIIAKAGPNAQLSSSDIASQLPTKNPDAAVMLDRMMRLLACYNVLSSS LRTLPDGKIERLYGLAPVAKYLVKTEDGVSIAPLSLMNQDKVLMESWYYL TEAVLEGGIPFNKAHGMTSFEYHGKDARFNKVFNKGMADHSTITMKKILE TYTGFEGLKSLVDVGGGTGAVISMIVSKYPSIKGFNFDLPHVIEEAPSYP GVEHVGGDMFVSVPKADAVFMKWICHDWSDEHCVKFLKNCYDALPENGKV IVAECILPVAPDSSLATKGVVHIDVIMLAHNPGGKERTEKEFEALAKGAG FQGFRVCCSAFNSYIIEFLKKP

Seq. ID No: 393

>IOMT_6MGSTAETQITPVQVTDDEAALFAMQLASASVLPMVLKSALDLD LLEIMAKNSSPMSPSEIASKLQTKNPEAPVMLDRILRLLTSYSILTCSNR TILGGDSVERIYGLGPVCKYLTKNEDGVSIAALCLMNQDKVLMESWYHLK DAVLDGGIPFNKAYGMSAFEYHGKDLRFNTVFNNGMSNHSTITMKKILET YKGFEGLTSLVDVGGGIGATLKMIVSKYPDLKGINFDLPHVIEEATSHPG IDHVGGDMFVSVPKGDAIFMKWICHDWSDEHCVKFLKNCYEALPEDGKVI LAECILPETPDSSLSTKQVVHVDCIMLAHNPGGKERTEKEFEALAKGSGF KGINVACNAFGVYVIELLKKM

Seq. ID No: 394

>IOMT_7MEMINFMHHMDSTWNLCGKDVVQAFDFSEFHTVYDLGGCSGGL AKQFVSTYNDSTVTIMDLPKVVQTAKKYFVTDQEQQIHFIEGDLFNDPIP EADLFIMARIIHDWTEEKCLELLRKIYQSCRPGGGVLLVEVLLNEDKSGP LMSQLFSLNMLVQTEGRERTPSEYTKLLTDSGFRDIQVKITGKIYDA

Seq. ID No: 395

>IOMT_8MERLLDACVGLKLLKVELKSNKGYYSNTDVSTMYLVKSSPRTL YYMIMFYSKTTYMCYNFLPQAVREGQCQYERAFGISSKDLFEALYRSEED TLAFMYFMNSTWSICGKYVVQAFDLSEFHTIYDLGGCTGALAKQLVSTYK ESTVTIMDMPNIVQAAKKHFVTDKEQQIHFLEGDFFNDPIPEA

Seq. ID No: 396

>IOMT_9MIPFNKAYGMTAFEYHGKDDRFNKVFNAGMFNHSTMTMKKILD IYDGFNNLTTLVDVGGGTGASLNMIVSKHPSVKGINFDLPHVIQDATTYP GIEHVGGDMFESVPKGDAIFMKWICHDWSDAHCLKFLKNCYKALPDNGKV IVA

Seq. ID No: 397

>IOMT_10MAQAAAEAEGITPVMDLLFAAQGSSALLVCARLGLFDYISSQ GEEGVSCKQLASRAQWSTRAASAVMVSLAASGILAVKPSSAGAQHCFEHS YTLTPRAQRFLVTEKPGSMSAYTEIHWEASPELLLKKAAETEDEKRNFML ETGGGAPSEVFLAAMQGQSSYAAMVLTRLVDLSDTRTFVDVGGGSGTFAI EACKATPNLQGVVYDLAGACPTTDGFIARAGMAERVKTHAGNMFEDERFP AADCYAFGNVLHDWSDQDNSKLLRKAFESLPAQGKVLLLEMLVEEDVVST SPSAAGLNLCMVTNELGRQFKASELRAMLLEAGFAGAEVVSSPLTPYSLV VGTKGEANPVASKPEAAAAAESESITPLMDVLFSAQHSAVLIVCSRLGVF DFVGAQGESGASCAQVAAHAKWTTRAASAMLVSLACSGLLEPTPGSAAAQ HCFEHSYRLTPLARRFLVAGQPGQLSAYTEIFWGASPKQLLEKASASLGE WGEGNFMLDAEGGAPSEVFLAAMQAQSTYAAMVLTRLVDLSDVRTFVDVG GGSGTLAIEACRAAPGLQGVVYDLAGACPVTDGFIARAGMAERVKTHAGN MFADERFPAADCYAFGNVLHDWSDQDDGKLLRKAFESLPANGKVLLLEML LAEDVESSTRSATGLNIVMVTNEQGRQFKGSELEAMLRAAGFAATEVVRS PLTPYALVVGTKG

Seq. ID No: 398

>IOMT_11MSRTSWDEGEDVDLDSVAYGFMASQALFTGLELGIFDHIAAA GAGGLSAAGIGKACGIEAPRVQTLLTSLVAVKCLKRDASAMYTLSPNTAQ YMVTSSRHFYGDYLRYQIGRQFYHRMGALPEVMTSGKAPSYASWFSDPEV ARTYTQAQHNGSVATAKYLIKKKLQLGGISAMLDVGGGSGAFSYVFTQAT PGLHSKVLELPEVCRTGEGIREKQPEDVRSRVSFVELDASSPTWPVDDSA FDVVLMSYISGSVPEPIIGSLYANAMKALRPGGRLLVHDFMVNDSLDGPA LGALWGLQHVTVNADGLGLCPKEVIARMGAAGFDTSKCEAMEMIHGMTKL IVGHKG

Seq. ID No: 399

>IOMT_12MCSSKELDFPHILIDYQHGFLVSKTIFTACELGVFDLLHEVQ EPVPAATIASRLSTSEDGMERLLDACVGLKLLKVYLKNNKGYYSNTDVST IYLVKSSPKTLHYMMIYYSKITYMCWHFLPQAVREGKRQYERALGTTSND LFEIVYRSEEEMTTFMHFMDSTWNLCGKDIVQAFDLSEFHTVYDLGGCSG SLAKQLVSTYKESTVTIMDLPKVVQAAKKHFVTDKEQQIHFLEGDFFNDP LPEADLFIVARIIHDWTEETCIKLLKKMYHSCRPGGGVVIVELLLNEDKS GPVISQVYSLYMLVQAEGKERTPSEYTKLLTDSGFKDIKVKATEKLFGAI LGRK

Seq. ID No: 400

>IOMT_13MCSQEGEGYSLLKEYANGFMVSQVLFAACELGVFELLAEALE PLDSAAVSSHLGSSPQGTELLLNTCVSLKLLQADVRGGKAVYANTELAST YLVRGSPRSQRDMLLYAGRTAYVCWRHLAEAVREGRNQYLKAFGIPSEEL FSAIYRSEDERLQFMQGLQDVWRLEGATVLAAFDLSPFPLICDLGGGSGA LAKACVSLYPGCRAIVFDIPGVVQIAKRHFSASEDERISFHEGDFFKDAL PEADLYILARVLHDWTDAKCSHLLQRVYRACRTGGGILVIESLLDTDGRG PLTTLLYSLNMLVQTEGRERTPAEYRALLGPAGFRDVRCRRTGGTYDAVL ARK

Seq. ID No: 401

>IOMT_14MGYAAPQARQSDKQIFDIYFGFLHSYALLFADEVGLFDLLRC EALTLDQVSMATSLPSRSSQALLSLCASLGLLEKRGERFALSALTEGFLV REAETSFCGVLASARGQAAAFSYDFFKASLLKGESQLFGGRDLFDNNAQD PEHCEIFTRAMHSKSKGPAQAWVEKIDLSAHACLLDVGGGSGVHAISALA RWPNLNAVVFDLPPVCAIADTFIERYQMTARAQTHGGDIWYTDYPFADAH FYSDIFHDWPLERCRFLARKSFDALPSGGRIILHEMLFNAQKTGPRNVAA YNANMLLWTQGQQLSEPEAADLLQAAGFVEILAFPTGYGDWSLVTGVKP

Seq. ID No: 402

>IOMT_15MGSIDAQMAAVEEESCIYAMQLAYTVVLPMTLKNAIELGMLE ILMGAGGKMLSASEVAAQLPSTTTNPDAPAMVDRMLHLLASYKVVSCEVE EGTHSRRYGPAPVCKWFTSNKDGDGASLAAMLLLTNEKVLLESLNHLKDA VLDGGHPFLKAHGMTVYEYNKTDARMKRVFSQAMNNYSTIINRKLVEMYM GFHDIAFLVDVGGGVGTTIRAITSKYPHIKGINFDLPHVIADAPQCPGVQ HVAGDMFRNVPSGDAIILKWMLHNWTDEHCTTLLRNCYDALPPHGKVFIV ENILPLKPDATSRGQQTSLSDMIMLMHTPAGRERSQREFQELGKAAGFTG FKTTYIYGNSWVIELTT

Seq. ID No: 403

>IOMT_16MSFDTQHALQPYWDLAVAPVQADGLAAALELGIFEVLATPHT PAQLADVLSLHGPHTALLLELLWSMQVLERDGADADTDANALRYRCTATT LQYFCRDAVAFCGDAWLYRLHALRHFATQLNTLVRDGGKVTPYSTASGVN WAAAAQQQIGQEQRAVTMRAALCVMQRVAPFADGNTPLRLLDAGGGPGWV AIALAQAHAGVHGCVFDWPETVAVAAANIAHAQLSDRLETLGGDLDSDDI GGGYDLIWCSSVLHFVPDMAAALRKMQAALKPGGVLVCIQAEIAAAPGDA ARVLPYYLPMRMLGRTVTRHGELAQLLRDTGWRQVEQYGASDFPMAPVQV LIARA

Seq. ID No: 404

>IOMT_17MQLASASVLPMVLKSAIELDLLDIIAKAGPGAYLSPSEVASQ LPTSNPDAPVMLDRILRLLASYSVLTYSLRTLPDGRVERLYGVGPVCKFL TKNEDGVSIAALCLMNQDKVLMESWYYLKDAVLEGGIPFNKAHGMTSFEY HGKDLRFNKVFNKGMSDHSTITMKKILETYKGFEDLTSLVDVGGGTGAVL STIVSKYPSIRGINFDLPHVIEDAPSYPGVDHVGGDMFVSVPKGDAIFMK WICHDWSDEHCLKFLKNCYEALPDNGKVIVAECILPVAPDTSLAAKGVIH IDVIMLAHNPGGKERTEKEFEALAKGAGFQGFRVMCCAFNTYIMEFIKKL

Seq. ID No: 405

>IOMT_18MLNHTTMVIKKILECYKGFETLKQLVDVGGGLGVALNLITSK YPHIKGINFDLPHVVQHAPSYPGVEHVGGDMFKSVPKADAIFMKWILHDW SDEHCVKLLKNCYAAIPNDGNVIVVDAVLPKMPEVSTSMRCTSQLDVLML TQNPGGKERTEEEFMALATKAGFKGIRYQECFVNTFWLMEFFK

Seq. ID No: 406

>IOMT_19MERKEEVALLKGQAEIWQHLFAFADSMALKCAVELRLADIIH SHGVPITLSQIASAIDSPSPDIAYLSRIMRSLVYKKIFTEHHPSDGGETV LYGPTHTSRWLLHDAELTLAPFVLMENNQWQLAPWHFLSQCVKEGGIAFK KAHGFEMWDFAARNPEFNKIFNDAMACTTKILMGVLLAEYKDGFGSIGSL VDVGGGTGEMIAEIIKQHPHIKGMN

Seq. ID No: 407

>IOMT_20MGSASGSAERTQMGEDEACSFAMTITSGSVPPMVLKAVIELD VLEIIKRAGPGAHLSPAEIAAQLPTTNPGAAAMLDRMLRLLASYDVLSYS LHTLPDGRVERLYGLAPVCQFLTNNEDGVTLSALSLMNQDKVLMESWYHL KDAVLDGGIPFNKAYGMTAFEYHGTDPRFNKVFNNGMSNHSTITMKKLLE NYKGFEGVSTLVDVGGGTGATLNMIISKHPTIKGINFDLPHVIEDAPTYP GVEHIGGDMFVSVPKGDAIFMKWICHDWSDEHCLRFLKNCYAALADHGKV IVCEYILPVAPETNHAARTVFHVDAIMLAHNPGGKERTEQEFESLAKGAG FEGFRVAFFF

Seq. ID No: 408

>IOMT_21MALNPPHQNNVMEKEDLCSFALSIATSSSLSMVLKAIIELDI IGIINRAGPGAHLSPAQIAAQLPTKDPGATASMLDRMLRVLANNSILSCS LRALPNDGPIERLYGLAPVCQFFTKPEDFGPMVLFSQDKVYTDTWHHLKD AVLDGGSAFKKAHGTTLFEYLGTDMRFSKVFNDAMSSSSTITMKKMLENY NGFDGLSTLVDVGGGTGETLNMIIAKYPTIRGINFDLPHVINDAPNYDGV EHVVGDMFVSVPKGDAIFMKWICHDWSDKLCLKLLKNCYTALPNHGKVIV CECILPVAPETSHSARVASNLDMHMLAYCRGGKERTEQEFEALAKGAGFE SFRVVCSAYDLKLYMC

Seq. ID No: 409

>IOMT_22MAEIPTSSNPSDDPETQKLNGNEEDYDHHHDEDPESDDENYE YALQIAEMLPFPMVMHTAIELDLLGIIATAGPDRQLSAAEIAAALPAAGN PDAPAMLDRMLYLLATYSVVTCTAVDGGASGGVVRKYGLAPVAKYFVSNK DGVSLGAVISLNQDQAVLASWSKLKEAVLEGGIPFNKVHGMDAFEYQGTN PRFNEIFNKAMYDQSTYIIKKIVRRYKGFENIQRLVDVGGGLGHTLRVIT SNYPSIKGINFDLPHVIQHAPTIPGVEHVGGDMFESIPHGDAIFMKCILH DWSDEHCLKTLKNCYKALPRKGKVIVVQMNMIEEPQTTPLAKAISQMDLW MMTQNPGGKERTRREFQALAEAAGFAEFNPVCHVAGFWVMEFLK

Seq. ID No: 410

>IOMT_23MSPIDLANELQTLVTSTYSGDVTDPFKLYKAKHSISDLCLSL LRAVQGPEEYTAILAESCQESSALNVVASLGVADHIAESPNGELTLQELS EKVKADEKYLSVVLSSLVYHGYFKEVGGFGSQVYANNDFSSLLLSEETNA KGGKSMKDAIGLSADDGAKATTRLLDAATGKAKGEAKTAANIAFDFSESL FQWMASPGNEWRGKRTAKAMVQLHGMANGGIGEDYPWEKLATPIIDIGGG IGSFQGMLLALPKNKELTFTIFDIEKTVEHAKKVWAGKPQWMQDKVSFIA GDFMKSSPNDSKIPTPAQGAGTYVIRHVLHDWDDAQVVTILKHVRNAMLG SPASTPPKLLLVEMMLNETSSRFTRTTSLQLLSLNGGITRTEVQFRRLIK EAGFTVDSVTEVRGVDLVVELSPASL

Seq. ID No: 411

>IOMT_24MPSTTISQLVGLIQQSVMALEKLCLENRTSLPDLDAFHFDQS SETFRSLPGAAQDAKIAVAACMQLIAILSPPTDTVYRAALGGHLSFATRT CLEANITEILREAGPEGLHINDIASKCGLDPSKLGRVIRYLVIHHIYREV KPDVFTNNRTSSTMDTGKPLDKLISEPDRKYDDTGFPALISHFMDVDQKC GAVGWDVLKDPVLGHSCDLTETIFSRAFNTKSKYWDFFDHPENHYMRRRF DYAMKGLGAIEDHDMVLHAFSWEDLDKGSVIVDVGGGIGTAMLPLARKYP NFDIVIQDLPIVIEEGTKFWSQNLPDAVANGNIKLHAHNFFDEQPIKNAS VFYLRHVLHDWPMPDMVKILRRLRDVAAANTTLIILDYILPYSCKMFADK DAVSIASARYYSEAPEPLLPNYTHKNVISDSDMYVFQMMFHYNSQEHTYL SLKSLLDASGWRLVRLRAIDPRNDYFQSIECKILA

Seq. ID No: 412

>IOMT_25MAQPMMLALAKLISDSVAKVDQLCIEQGVIFPSLDDPFTTES ESIKLHPDVAEASNYIISAAAQLIAILRPVPVTLSTSAIHVHVSSALRVV VDSNVVEILREAGPQGLHVKKISEKNGVEAGKLGRLLRLLASGHMFKEIT PDVFATNRISSALDTGKPYEELVKNPGEKLIGTNGIAAYISRSTDESVKS SGFLYEALTYSSSEKVPLPPSPFNLAFNTELHIFSWLAQKGNEHRLQRFG IAFDGFDKMLPVNGVTKGYRWGSLPKGSIVVDVGGGVGSESMKIAKTFPD LKVIIQDAEGVVANGVKFYETRFPEGLSSGQVTFQAHDFFTPNPVTNARV FFMRFVLHDWPDATCVKILKNLRAAAAPDTELIINECLIQYACSTESEIS KSIPGGRFKPPPSPLLPNLGYARIFHYLIDLQMAIVAHGVERTVEQYASI LQKSGWKLKEVLRMPESAYSLHKLVAVPQPE

Seq. ID No: 413

>IOMT_26MTRLTDSLGMLRSKLVPPQATMLQLLTGYRVSQGIYVVAKLG IADLLATGSKTSQDLAAITNVHAPSLYRLMRSLASLGIFTETENGRFELT PLAATLRSDHPNSVHDAAIMFLEDWHWQAWGNFFDCVKTGETALEKTFGT SNVFDYFETQNPEAGQHFDNAMTNTSVMTNQALPTAYNFGAFKTLVDVGG GQGSFLSALFHQWDHLHGILFDLPPVIESAEQQNLLSGFEKRTTLAAGDF FKAVPDGADAYLLKTIIHDWDDASAIAILKTCRRAMNHDSKLLLVELIVP SGNAPSLSKILDLEMLAVFGGVERTEAEYRSLLLSAGLKLTRIYDSPCPW SVIEAIPV

Seq. ID No: 414

>IOMT_27MSMPPAHSRLYSRSFLSMLPDAITPFPYLPPDATDTRPLLAE LEALLEIINSSARLAITEYKKHGNNVPTIYSTEFHPLDFATDTVALKKAI RLLEDACQQLCASLAPPQHTLANVSRVHHRQYVTQLTTHDILEKYPSGSH IRELSQTVGLEKGKLARILRVFAFKGCFIEVDTDVFASNRLSLIMKSSND CGCLTCIHAQDVSQGAGVLYETLTEPEYAMSYEPDKAPMIYVLKRKGLKG SFFDWMKADAKRRENYHYAMIALGPVMGSLSILHHYPWNDVATVCDVGAS VGSVSIPLSKAHPHLKITDQDLPEVLEAARSVWEKEAFEALREKRVEFLT LDFFKEAPVPGKDVYYLRHIIHDWPDAEAAVILRNISKAMEPHSRLLIHN YVIAGANRRPDEEQRAPEPMLPNFGAGDSRKYRQDLNMWILHNAKERTVD DQITLA

Seq. ID No: 415

>IOMT_28MAPGREGELDRDFRVLMSLAHGFMVSQVLFAALDLGIFDLAA QGPVAAEAVAQTGGWSPRGTQLLMDACTRLGLLRGAGDGSYTNSALSSTF LVSGSPQSQRCMLLYLAGTTYGCWAHLAAGVREGRNQYSRAVGISAEDPF SAIYRSEPERLLFMRGLQETWSLCGGRVLTAFDLSRFRVICDLGGGSGAL AQEAARLYPGSSVCVFDLPDVIAAARTHFLSPGARPSVRFVAGDFFRSRL PRADLFILARVLHDWADGACVELLGRLHRACRPGGALLLVEAVLAKGGAG PLRSLLLSLNMMLQAEGWERQASDYRNLATRAGFPRLQLRRPGGPYHAML ARRGPRPGIITGVGSNTTGTGSFVTGIRRDVPGARSDAAGTGSGTGNTGS GIMLQGETLESEVSAPQAGSDVGGAGNEPRSGTLKQGDWK

Seq. ID No: 416

>IOMT_29MEVVPSWFKETLDKSQFSAPYEYAVETAKQKALEVARRMHVK HLKTPDIVIGADTIVTLEGAILEKPFDKQDAYNMLSRLSGKEHSVFTGVV IVHCRSKEENHLETDIIDFYEETKVKFADLSEDLLWEYIDSGEPMDKAGG YGIQSLGGMLVESVHGDFLNVVGFPLNHFCRKLTEIYYPPPKQAICRVKH DSIPYVESFENLSDVETDCTSTSKACEAKKAVQDGVCKADGSGSAVLQNG IEERPVHCAQQLSKITQLLDGFKASQTLFAASKLKVFDKLKDKGALKAME IAEKINASVHGTERLLDACVALGLLEKTHQVYSNTELANTYLVSDGAFSI HEYITYSSDHLWSHFTHLDSAVVEGGGQHQTAVKKACDNRNGSEVKERFM RAMHCMLKITARDLVTAFDLSKYSSACDLGGCTGALAHELVWTYPEMKVN VFDLPEVIKHTSQFQPESFDSSRVTFSSGNFMEDTLPEADLYILSRVLHD LPEGKLNHLLKKVSEACCPGRSALLVAEIVLDEDKKESRGLLQSLSMGEG KQRSGTEYKKLLENHGFNSVQIKSTGNLLDAILAIKTS

Seq. ID No: 417

>IOMT_30MDTVKNLQASNVPSSLSQEDEEVFTSGLHVCSSEVFSHALSN CIQLGLFDIIAEAGPSAYLTATEITAQLPTKNPDAVSMIDRMLRLFSCHS LLNSSLKTVADDVVETRYGLSPIGHL FVRKKDGVTMAACFTDYKAWTEA WLHLKDAILEGGNPYEKAHGVPIYEHISSDTESVKGFSQAMDSISSFIMK KVLENYSGFKGLGSLVDVGGGSGFALNMITSEYPSISCINFDLPHVVQEA PYHPGVKHVGGDMFLDIPSADAIMIKEVLHNWGNEDCVKVLKNCYEALPK GGKVIVVSHVMPEVVGSSNAAAKYVCQLDVMMLLFGGGKERTEKEFKALG KAAGFSGFQLICFAAYNAVAVMEFYK

Seq. ID No: 418

>IOMT_31MAEDVAAVADEEACMYAMQLASSSILPMTLKNALELGLLEVL QKDAGKALAAEEVVARLPVAPTNPAAADMVDRMLRLLASYDVVKCQMEDK DGKYERRYSAAPVGKWLTPNEDGVSMAALALMNQDKVLMESWYYLKDAVL DGGIPFNKAYGMTAFEYHGTDPRFNRVFNEGMKNHSVIITKKLLEFYTGF DESVSTLVDVGGGIGATLHAITSHHSHIRGVNFDLPHVISEAPPFPGVQH VGGDMFKSVPAGDAILMKWILHDWSDAHCATLLKNCYDALPEKGGKVIVV ECVLPVTTDAVPKAQGVFHVDMIMLAHNPGGRERYEREFRDLAKAAGFSG FKATYIYANAWAIEFIK

Seq. ID No: 419

>IOMT_32MTSLQDLDYPQQLLEYKDGFLVSKTMFTACELGIFDLLHKSD EALSALTISSHLGTSADGTDRLLSACVGLKLLKVEMKNNEAFFSNTDVSD VYLVQLSPRSLYHMMMYYSQTLYKCWHFLPDAIREGKSQYERAFGVSSGD IFKALYRSEEEMVTFMHHMDSVWNICGKDIIAAFDLSSFNEVCDLGGCSG GLAKQLLSIYPSSSVTILDLPEVVQTAKKHFITDADCNIAFLQGNFFNDP IPEADLYIMARIIHDWTQEKCLQLLNKIYKSCRPGGGVLLVEVLLNEDRS GPLTSQLYSLNMLVQTEGRERSPCEYTKLLAHSGFRDIQVKATGKIYDAI LGRK

Seq. ID No: 420

>MUP1MSEGRTFLSQLNVFNKENYQFSSSTTKKEVSNSTVDADNGASDFE AGQQFATELDQGEKQLGILSCIGLICNRMLGTGVFAVSSTIYTLCGSVGL ALIMWAVGAIIAISGLYVYMEFGTAIPKNGGEKNYLEAIFRKPKFFITCM YAAYIFFLGWAAGNSINTAIMFLTAADTEVTKWNQRGIGVAVVFFAFLIN SLNVKIGLYLQNILGIFKIGIVLFISITGWVALGGGLKDGYQSHNFRNAF EGTETATAYGIVNALYSVIWSFVGYSNVNYALGEVKNPVRTLKIAGPTSM VFLAIIYIFVNIAYFAVVPKDKLISSKLILAADFFDIVFGGQAKRAAAAL VGLSALGNVLSVIFSQGRIIQQLGREGVLPFSNFFASSKPFNSPMVGLFQ HFIVCTVTILAPPPGDAYLLVQNLISYPMNIINFAISAGLLWIYWQRRQG KIEWNPPIKAGVFVTGFFTLSNLYLIIAPYVPPSNGESVYSSMPYWIHCV IAWGIFFFGGVYYVVWAQLLPRWGHYKLVSKDVLGEDGFWRVKIAKVYDD TIGDVDTQEDGVIETNIIEHYKSEQEKSL

Seq. ID No: 421

>NAT_1MAPIEEEEPLPEELVLLERTLADGSTEQIIFSSAGDVNVYDLQA LCDKVGWPRRPLTKIAASLRNSYLVATLHSVTMPSKAEGEERKQLIGMAR ATSDHAFNATIWDVLVDPSYQGQGLGKALMEKVIRTLLQRDISNITLFAD NKVVDFYKNLGFEADPQGIKGMFWYPRF

Seq. ID No: 422

>NAT_2MSTPSVHCLKPSPLHLPSGIPGSPGRQRRHTLPANEFRCLTPED AAGVFEIEREAFISVSGNCPLNLDEVQHFLTLCPELSLGWFVEGRLVAFI IGSLWDEERLTQESLALHRPRGHSAHLHALAVHRSFRQQGKGSVLLWRYL HHVGAQPAVRRAVLMCEDALVPFYQRFGFHPAGPCAIVVGSLTFTEMHCS LRGHAALRRNSDR

Seq. ID No: 423

>NAT_3MTSDVGADEHATTEAGGGRLQAGGHSSAEEASERCPPAAAPPSG MKGAADCGPQDSSARDDVSFIPYKDETDMPGIVELIEKDLSEPYSIFTYR YFINNWPELCFLTMRGDSCVGAIVCKLDVHRCRNTNRGYIAMLAVEKGLR GKGIGSTLVRLCLDKMREMGADECVLETEVTNKGALGLYRNMGFVKEKRL HKYYLNGNDAFRLKFLFKLPEGFDRGEGCLGPLCEVPPVTT

Seq. ID No: 424

>NAT_4MVSIRPATVDDLLAMQACNLCCLPENYQMKYYFYHMLSWPQLLY VAEDYGKKIVGYVLAKMEEDSSEVHGHITSLAVLRSHRKLGLASKLMRAA MAAMEETFGAEHVSLHVRVTNRAAFTLYSETLGFEINDVEHKYYADKEDA YDMRKMFETGLKKQEAGKQKKKEKEKEKEKEKEKEKEKEKEKEKGKDSQP VEQQGGAAGADKEAQRSKRARSGDRKRNGRPRRRSGSG

Seq. ID No: 425

>NAT_5MLPRPPVGAAKEGHLTLFYRELRWLCPGTRFYFVVRDPAENVRS IADRLALGPEGLRRPPRIVARADLGWREVLNMSYAGVREESALGTLVGRW NLMARLYLDAPKGAMALVRYEDLVAEATWEAEVRRVAAAETLDLRERVLW PGRPDLCTLPGDESALHFGAVAAGKVLGVISVFLSPEPGGRAQFRKFAVD PEVQGRGLGRRLLEQAVAAAREAGAGSLFCHARADQQGFYERRGLHVVGE PFEKYGGKPYVEMEVPFQ

Seq. ID No: 426

>NAT_6MKGSRIELGDVTPHNIKQLKRLNQVIFPVSYNDKFYKDVLEVGE LAKLAYFNDIAVGAVCCRVDHSQNQKRLYIMTLGCLAPYRRLGIGTKMLN HVLNICEKDGTFDNIYLHVQISNESAIDFYRKFGFEIIETKKNYYKRIEP ADAHVLQKNLKVSSPAPNADVQKSEN

Seq. ID No: 427

>NAT_7MSTPSIHCLKPSPLHLPSGIPGSPGRQRRHTLPANEFRCLTPED AAGVFEIEREAFISVSGNCPLNLDEVRHFLTLCPELSLGWFVEGRLVAFI IGSLWDEERLTQESLTLHRPGGRTAHLHALAVHHSFRQQGKGSVLLWRYL QHAGGQPAVRRAVLMCEDALVPFYQRFGFHPAGPCAVVVGSLTFTEMHCS LRGHAALRRNSDR

Seq. ID No: 428

>NAT_8MSSGGVIVDLHRNSTNWAKVVDDIVKLERKIFPKHESLARSFDE ELGKKNTGLIYMEVDGEVVGYAMYSWPSSMYACVTKLAVKENCRRQGHGE ALLKAAIKKCRTRNVHRISLHVDPLRNPAISLYKKFGFQVDNLIDGYYSS DRNAYRMYLDFDAD

Seq. ID No: 429

>NAT_9MDERVVVELKKSLADYPKVLEELVRIEKKVFPKHESLSRSFDEE LGKKNSGLLYICSNGEVAGYVMYSWPSALLAVITKLAVKEKYRRQGYGEA LLRAAIQKCKTRNIQRISLHVDPSRTPAANLYKKLGFRIDSLVEKYYAAD RDAYRMYLDFDADV

Seq. ID No: 430

>NAT_10MMEGAQEDEETEEKAEFDASEIEYVSYGGEHHLPLIMCLVDHE LSEPYSIFTYRYFVYLWPQLCFLAFHKGRCVGTVVCKMGDHRHTFRGYIA MLVVIKPYRGRGIATELVTRAIKVMMESGCDEVTLEAEVTNNGALALYGR LGFIRAKRLFRYYLNGVDAFRLKLLFPRSEMHPSLHLLADQDGHDDQIAM EGEA

Seq. ID No: 431

>NAT_11MKQVGISLDAVREKNLMQLKKLNVVLFPVRYNDKYYADALASG EFTKLAYYSDICVGAIACRLEKKDPGAVRVYIMTLGVLAPYRGLGIGTEL LNHVLEQCSKQNISEIYLHVQTNNDDAINFYKKFGFEVTETIQNYYTNIT PPDCYVVSKRLEAQPKK

Seq. ID No: 432

>NAT_12MNIRVAKVEDLMGMQACNLQNLPENYMMKFWMYHSMTWPQISF VAEDHKGRIVGYVLAKIEDPSEEGTTEEIHGHVNSISVLRSYRRLGLAKK LMLLSQEAMSSIYKASYVSLHVRKSNKAAIALYKDTLGFEVAKVEKKYYG DGEDALSMRLSLKNP

Seq. ID No: 433

>NAT_13MSDFQVAPLTARELARVRDLHAKLLPVQYPVSFFIHLLVIPSR ACYVAYSHGSPVGFISAALHNPTRCFISGDSEVSPRLEILTLGVLPAFQH RGLARRLIMSLVNAFKQDPATPILIYANVSTTNTRALQFYERMGILVSSD IITNLYRTLSYGSRDAYLVVGAL

Seq. ID No: 434

>NAT_14MLSIHPLKPEALHLPLGTSEFLGCQRRHTLPASEFRCLTPEDA TSAFEIEREAFISVSGTCPLHLDEIRHFLTLCPELSLGWFEEGCLVAFII GSLWDKERLTQESLTLHRPGGRTAHLHVLAVHRTFRQQGKGSVLLWRYLH HLGSQPAVRRAVLMCENALVPFYEKFGFQAMGPCAITMGSLTFTELQCSL RCHTFLRRNSGC

Seq. ID No: 435

>NAT_15MADAPSGPSVLSHYPGAGLALPPGDEQEDGEEEEEGRYEPRRG HHHHRRHHQQQQLNGLISPDLRHIKALKSKLPPPPHDERTGAPNGLERLQ DLEEEEAVLASRMGACSLHPGDGSIRYVRYESELQMPDIMRLITKDLSEP YSIYTYRYFIHNWPQLCFLAMVEEECVGAIVCKLDMHKKMFRRGYIAMLA VDSKYRRKGIGTNLVKKAIYAMVEGDCDEVVLETEITNKSALKLYENLGF VRDKRLFRYYLNGVDALRLKLWLR

Seq. ID No: 436

>NAT_16MDAAMPTEISFRQPTPDDAARCFEIETSAYEGDEAATLEKIAT RIALYPEGFVILEADGKIAGFINSGCAFEVVMSDEEFKELVGHDPAAPNA VIMSVVVDPAEQGKGYSKLLMQHFIARMKAMDKKTIHLMCKEAHVPLYAR MGYRYTRPSASDHGGMAWHEMVMEL

Seq. ID No: 437

>NAT_17MEGLHSEWEVGAELKALGAVPKPFIGSHVSGKLIQRLKQDLRQ SWDRGQSQARPTCTLPQPLPAPLGSSVPSASAQTQVSRLVPVAPPQPDPA MSVLNAVPFMRPIHLRSPRQQRRHTLPASEFRCLSPEDAVSVFEIEREAF ISVSGDCPLHLNEVRHFLTLCPELSLGWFEEGRLVAFIIGSLWNQDRLSQ DALTLHKAEGSSVHIHVLAVHRTFRQQGKGSILLWRYLQYLRCLPFARRA VLMCEDFLVPFYSKCGFKAVGPCDITVGPLTFIEMQCPVQGHAFMRRNSG C

Seq. ID No: 438

>PSIK_1MQANRPISDQDQDQFKLNLTTADGTRSYLEKHLSLNVEAVERL SGGFINFVWRAKLGTPYEGQNSIVVKHAPPFTAMDSSLNVAVERLKFEYD SLKMIGSEPSIAGEDALISVPSVYHHDNIKHVLIMQDVGTMSTLRDFMGA SPPPPTDMAALIGCQLATFIAGLHNWGRNNESARAGLSANAYGRTVMDLC GYQTVVPNATASGILDPLLSTAMAALAERDKTSEETAIMGDFWALNVLVD IDMSASGEKALKNIWIVDWEACRYGSPAVDVATFAGDCYLISRIHNETAT DAMRRNFLGTYVALAKVDPMEVVIGMGTMWIMWTKYQEDIGEAEKRERVA KGVEYIHKGWERSREWLPVSLAQELIA

Seq. ID No: 439

>PSIK_2MDLTTGDGVRVYLTAHMTLKVESTERLSGGYCNFVWRAKLKTP YEGQNSVIVKYAAPFTSWDQTIELGVERLAFECMSLKMITSETPLLEENG LVAVPTVYHYDSTANVLVMQDIGSIATLHGFLRSNTPPTVPMAALIGAKL AAFIAGVHNWGRNNLPAHTRLSANTVGRTAMKKLCYETIVPKAAKSGVVD PLLPMVVAALSEEAMTNDETLVMGDFWTANVLIDVQESHTGEQVLKKLWV IDWESCRYGNPATDIASFAGDSYLVSRFQDHGLGEALRHSFLETYAALAK VDPLRVALGLGAHWIMWTDDLGQGGEAETRECVDKGLEYIQRAWDQSAEW VSLSLAKELVVL

Seq. ID No: 440

>PSIK_3MANENPDLLTVAGVLRFLAPTPFASDEVHPLSGGNCNFVYRIH LRTPYNNISTLVLKHAEPYVAASAHRMPLAVERQNTEVTAMNAVKAILSS DAVVIVPTIHHFDDVAHVVIMDDCGVGAVTLKQLMLKNPPPVSVAKALGA GLGEFLSRLHVWGRDPQTSNHVSFDQNQQGRTISGYVTYGRLVSTLTGKD NIPALSDPPLDIAQSKLDTISALSSEKIHAINTSHQTLTMGDFWPGNIMV RLNPAGDSLERAYVLDWEVAKPGVAGLDIGQFCAEMHSLRRFSPACDASA TTVLDAFLKTYRDAAGVDVGVAKDAMVHVGAHLVAWTPRVPWGSKERTRE VVEEGVGYLVEGYAATQEWLRGSLVGRLV

Seq. ID No: 441

>PSIK_4MEIEWCDLDLTSESRPPTHKYTYFATALMPFDLTTRDGVRMYL TAYLALDVMSVERLSGGYCNFSWRAKLESPYEGQISIVVKHAAPFTSWDR NTELGVERLAFEYKALKILNSEPSVIAKNSLVAVPAVYHYDPTANALIMQ DVGSIPTLHALLRNNALPPVPMAEKISNELAAFIAGIHNWGRNNQEARAN LSQNLVGRTAIRKLCYETLVPKAEKSGVDDPLLQQVAAALSEEVMNSEET LVMGDFWTANVMVDIQETGAGVRSLRKIWVIDWEGCRYGSPAADIASFAG DSYLVARFHHHDLGETLRHSFLETYAGLAKVDPFRVALGSGAHWIMWTDD LSEQEEGEIRECVDKGVEYIHRAWEQSTKWISLSLAKELVT

Seq. ID No: 442

>PSIM_1MHFSYDFTMCNPPFYGDYAELTRLRESKLKGPFGGAHEGVSTE LFTAGGEIHEFIASELNQGKTLRWVVGWTFHKDLFDKKVIEPLHILIKLK PLSCNTLELLDSDHELATPYSKKRCLRRISFTPKGRPPTKQTISVMHPNE ASWASLLNHLQALDISVTVGNHFLTAEVKDPTWTRAWRRSSKVTSKITPF SFSGQFSDPPERLLVLQLLVDESQTSEDILLSFQSL

Seq. ID No: 443

>PSIM_2MHPRNPYRTPPDYAALARSFPELKPYVSRNANGTVSVDYQDEA ALRCLTRALLYRDFGLSVDLPKDRLCPTVPNRLNYILWIEDILNVSSLSR LQSNSEATVRGLDIGTGASAIYPLLGCRVSPRWDFYATDIDAQSLAHARA NITRNGLQGRINLVAADPKGSIFGPLESKHDTTFEFTMCNPPFYSSEEDI AQSAAVKKLASNAVCTGAAVEMITPGGEAAFVVRMVRESLALKMRCQWYT SMLGKMSSLTEIVGLLRENSIDNYAITEFVQGKTRRWAIAWSFGHVRLLD SLARLSGGPLQSLMPTRNTCRRSFAVPRMVLHKHLILVLDGIEGTSQTPM SIPVGAGDADGLYGLQISASRDTWSRAARRKRQHGAMDISLDNDEVGMKC LIKVLSVEEAREGAEAVVLECTWVYGHERALFESFWGHVCRKIGEANG

Seq. ID No: 444

>PSIM_3MHARSIFNPNSAQFQARLTFSELSNEFPKLKPFLKYKRSRKQN EADPLSSQCTFIDFKDPVATRAYNEVLLKKYFDLSLEFLPGSLCPAVPNR LNYTLWLEDVLNVFPGSMGANNQRDELRGLDIGTGSSCIYPLLICRTHPN WRMAGSDINPSSIEIAKKNVQENRLLDRIQLFLTTDKRDSVLEGQIFQTH LFFNSKKCLQDEKPARFCYDFTMCNPPFYSDVEDLNNSRQAKTTTILGGG HEGVSSELFTTGGELLFLSQMVEESFLYKDKVGLVSSYFFVLKCIVEILR LLGQHKIQETIASKLIQGKTIRWVIGWTFHKDLFDLKHPSCNTLKVQDIH CTNEEAPASKKICLGKIPLNSKEHIPSKQLISSSQSSDIGWTRLKSRLGD LRIEFSLEKLSLIGKVVYPTWTRAWRRNGKAKSKPTPFSFSAQQSDASET TIQLELLASEIEEPDENTLVSFQSLCNHLRSYLKD

Seq. ID No: 445

>PSIM_4MSDIDAQSLVYARANVARNALEGRIAVVTAEPEGSIFGPIEAE KEIQFDFTMCNPPFYASAEDIAQSAATKELGPNAVCTGAAVEMITSGGEG AFVARMIDNYAITEFVQGQTRRWAIAWSFGHDRLPDSLARLSSGPLQSLM PTRNTCRRSFTFARMNLLSRLEQVLNNIEGLSHSNMSPSEDRGSGGRPSS LLVSVARDTWSRAARRKKQRGSMDTSLDNDTSGLICSVKVLFDEEGREGS EIASLECTWIHGRERALFESFWGHICRKVGEVSG

Seq. ID No: 446

>PSIM_5EGLSPFLLMHPRNQYCKKKPDFADLAKSHPPLREHLKWKTEDY ATIDFKSPSAQKELTRALLKQDFHLDVDMPVDKLVPTVPQKLNYIHWIED LLSGGRSDSIPRGEGIRGIDIGTGPACIYPLLATSLNKWTFVATDIDAVS LEYAVKNVSRNDMEGRIRVKGVDPDTLLVGVVRDEQFDFCMCNPPFYGID EDHHDNQRPPPPYSSCSAQAHEVRVQGGEVGFVSRMVEESLLLPSRVRWF TSMVGKKGSLKSLRALLRKREVPTVTTTEFVQGVTKRWAVAWSFTEQVPC IPSHSLPCTVPLLGSTSSAEGRAYAEQWLERVLNHMEVTFTKKDQDGYTC TAERATWANQRRKRRLMQRPMMSPEAAAKRSCGGSDNTSEGVPRNDSDTL VSAGHLSPKADSLERNASSDLAAQLSALTPPYHVTFWCGVQPSVPPSTNK AELELKMVLIDGGSGTQPLQPIAQYMKNNWSATDSRPTSDRSSQ

Seq. ID No: 447

>PSIM_6CIYPLLGATMNGWYFLATEVDDICFDYATKNVEQNNLSDLIKV VKVPQKTLLMDALKEETEIVYDFCMCNPPFFANQLEAKGVNSRNSRRPPP SSVNTGGVTEIMAEGGELEFVKRIIHDSLQLKKRLRWYSCMLGKKCSLAP LKEELRKQGVPKVTHTEFCQGRTMRWALAWSFYDDVIVPSPPNKKRKLER ARKPLSFTLPEAGLKELQSKALALGGTACSPVDRVAALLEKTLTDLRVLH KRVPCRKQEQSLFLTAVENTWIHGRQKRREQSRQLRELPRAPPCAGTSSQ TTVATADSVKTPASQTQSASTQNSNSQDDSSQNKRASAQELAGQQPTDKA GSSASSDEISIKVLHNSTGEQKEVTENLSSEAVDMEFSTSTEAVQETGSK EAPSAESEPPSKRPLSPGTVEQFLFKCLLNVMLEESDVMIEMHWVEGQNK DLMNQLCTYLKNTLLKSVAKS

Seq. ID No: 448

>PSIM_7MGSKKRRRRREERPTIHPKNKYSENPPDFALLASLYPSFEPFV FYSRDGRPRIDWTDFNATRELTRVLLLHDHGLNWWIPDGQLCPTVPNRSN YIHWIEDLLSSNIIPTTSRNGDKVKGFDIGTGANCIYPLLGASLLGWSFV GSDMTDVALEWAEKNVKSNPHISELIEIRKVDNSESTPSIQESLTGKSVQ DESNMDMSGHMDEEAEPSSSSSFNLPAGAQSSYHGPPVLVGVVRDGEQFD FCICNPPFFESMEEAGLNPKTSCGGTPEEMVCSGGERAFITRIIEDSVAL KQTFRWYTSMVGRKSNLKFLISKLRKVGVTIVKTTEFVQGQTCRWGLAWS FVPPARKIISPHVAEKKNLSFMLECTLINRSLYQMINVTQS

Seq. ID No: 449

>PSIM_8MHPRNPYRQLLDFASLAEAYEPLKPHLKPTRSPTAGGLSYTID FKNSESQRQLTKAILYRDFGLRIALPDHRLCPPVPNSRLNYILWLQDIIK AHDEYMDRPASCICGLDIGTGASAIYLLLGCRVEPSFRFIGTELDDISFS YATQNVESNGLSDRIHLIKTTSNDPILLPFDLNPAWSCDFTMCNPPFYES EEEMARSAQAKELAPNAVCTGAQVEMVTPGGELAFVSQIVKESLKYTTRC RWYTSMLGKLSSLTKLVGLLREYAISNYAITEFVQGQTRRWAVAWSFGET HLPDSVARISNPTLQPLLPERNTSRHVINISLPPFSTRTVKSKQSIKALS EVLSQIKDVTVQRLYQVEHLEPTEEEEEDKSLYRLLVYAKQNMWSRSARR QRGRETGHKANDKGCAVGGPLTSIPATLDGLLCGIEIKAPLIKQEQQDVE MEFVFQWVHGQDRSMFESFVNHVTRKMKCNIVLD

Seq. ID No: 450

>PSIM_9MALNKSMHPRNRYKDKPPDFAFLASKYPEFKQHVDVGLSGKVG LNFKDPGAVRALTCTLLKEDFGLTIDIPLERLIPTVPLRLNYIHWVEDLI NFHDSDKTTVRRGIDIGTGASCIYPLLGATLNGWYFLATEVDDICYNYAK KNVEQNHLADLIKVVKVPQKTLLMDALKEESGIIYDFCMCNPPFFANQME AQGVNSRNPRRPPPSSVNTGGITEIMAEGGELEFVKRIIHDSLQLKKRLR WYSCMLGKKCSLAPLKEELRIQGVPKVAHTEFYQGRTMRWALAWSFYDDV TIPNPPSKKRKLEKPRKPMMFSVLETTVKMLMDKFDCSVDSEHVSVVTDC LKKILTDLKVQHKPVPCGNGEESLFLTAIENSWVHIRRKKRDRMRQLREL PRAPDENFLLVQKDERQAEDEETTEKTVSSSEKSVSTSGIDEAAALPPNP EDSISESMGEDSRQLPEEVKDTSALGQITDVDEHQNTMEASQPCSSNSAF LFKCLVNVKKEATNVLVEMHWVEGHNRDLMNQLCTYLRNQICKIATS

Seq. ID No: 451

>PsiHchimera_1MFCRGLLSLMAIIIVYFIAQKRRRARLPPGPRGLPL IGNLHQAPKEAVWLTFHKWVKEYGNLVSVNFGGTEMVILNTLETITDLLE KRGSIYSGRLESTMVNELMGWEFDLGFITYGDRWREERRMFAKEFSEKGI KQFRHAQVKAAHQLVQQLTKTPDRWAQHIRHQIAAMSLDIGYGIDLAEDD PWLEATHLANEGLAIASVPGKFWVDSFPSLKYLPAWFPGAVFKRKAKVWR EAADHMVDMPYETMRKLAPQGLTRPSYASARLQAMDLNGDLEHQEHVIKN TAAEVNVGGGDTTVSAMSAFILAMVKYPEVQRKVQAELDALTNNGQIPDY DEEDDSLPYLTACIKELFRWNQIAPLAIPHKLMKDDVYRGYLIPKNTLVF ANTWAVLNDPEVYPDPSVFRPERYLGPDGKPDNTVRDPRKAAFGYGRRNC PGIHLAQSTVWIAGATLLSAFNIERPVDQNGKPIDIPADFTTGFFRHPVP FQCRFVPRTEQVSQSVSGP

Seq. ID No: 452

>PsiKchimera_1MKTKFCTGGEAEPSPLGLLLSCGSGLVPRGSPQPPA DEQPEPRTRRRAYLWCKEFLPGAWRGLREDEFHISVIRGGLSNMLFQCSL PDTTATLGDEPRKVLLRLYGAILQMRSCNKEGSEQAQKENEFQGAEAMVL ESVMFAILAERSLGPKLYGIFPQGRLEQFIKMKTLLDYVTAKPPLATDIA RLVGTEIGGFVARLHNIGRERRDDPEFKFFSGNIVGRTTSDQLYQTIIPN AAKYGVDDPLLPTVVKDLVDDVMHSEETLVMADLWSGNILLQLEEGNPSK LQKIYILDWELCKYGPASLDLGYFLGDCYLISRFQDEQVGTTMRQAYLQS YARTSKHSINYAKVTAGIAAHIVMWTDFMQWGSEEERINFVKKGVAAFHD ARGNNDNGEITSTLLKESSTA

Seq. ID No: 453

>PsiKchimera_2MAFDLKTEDGLITYLTKHLSLDVDTSGVKRLSGGFV NVTWRIKLNAPYQGHTSIILKHAQPHMSTDEDFKIGVERSVYEYQAIKLM MANQEVLGGGDSRVSVPEGFHYDVENNALIMQDVGTMKTLLDYATAKPPL STEIASLVGTEIGAFIARLHNLGRKRRDQPAFKFFSGNIVGRTTADQLYQ TIIPNAAKYGINDPLLPTVVKDLVEEVMNSEETLIMADLWSGNILLQLEE GNPSELKKIWLVDWELCKYGPASLDMGYFLGDCYLIARFQDELVGTTMRK AYLKSYARTASDTINYSKVTASIGAHLVMWTDFMKWGNDEEREE

Seq. ID No: 454

>PsiMchimera_1MDSAGNIYRHKVDFTALALQDPAFKETLSAKGRLDF SNPDAVRQLTVSLLRRDFGLEVELPDDRLCPPVPNRLNYILWLQDLIDCT GDDYHEGFNADRDVVGLDIGTGSSAIYPMLACARFKAWSMVGTEVERKCI DTARLNVVANNLQDRLSILETSIDGPILVPIFEATEEYEYEFTMCNPPFY DGAADMQTSDAAKGFGFGVGAPHSGTVIEMSTEGGESAFVAQMVRESLKL RTRCRWYTSNLGKLKSLKEIVGLLKELEISNYAINEYVQGSTRRYAVAWS FTDIQLPEELSRPSNPELSSLF

Seq. ID No: 455

>PsiMchimera_2MSATTNIYKEDIDFITLGREDSDFGKLLNSNGQLDF SDPKSVQQLTKSLLKRDFGLKLILPDDRLCPPVPNRLNYVLWIEDIFNYT NKTLGLSDDRPIKGVDIGTGASAIYPMLACARFKAWSMVGTEVERKCIDT ARLNVVANNLQDRLSILETSIDGPILVPIFEATEEYEYEFTMCNPPFYDG AADMQTSDAAKGFGFGVGAPHSGTVIEMSTEGGESAFVAQMVRESLKLRT RCRWYTSNLGKLKSLKEIVGLLKELEISNYAINEYVQGSTRRYAVAWSFT DIQLPEELSRPSNPELSSLF

Seq. ID No: 456

>PsiMchimera_3MAQNSTIYEDEVDFATLALQDSEFAKILKSNGQLDF SNPESVQQLTKSLLKRDFKLKLSLPPDRLCPPVPNRLNYIIWIQNLLDTT SDSYNDKYDPEREVLGLDIGTGASAIYPMLACARFKAWSMVGTEVERKCI DTARLNVVANNLQDRLSILETSIDGPILVPIFEATEEYEYEFTMCNPPFY DGAADMQTSDAAKGFGFGVGAPHSGTVIEMSTEGGESAFVAQMVRESLKL RTRCRWYTSNLGKLKSLKEIVGLLKELEISNYAINEYVQGSTRRYAVAWS FTDIQLPEELSRPSNPELSSLF

Seq. ID No: 457

>SAM2MSKSKTFLFTSESVGEGHPDKICDQVSDAILDACLEQDPFSKVAC ETAAKTGMIMVFGEITTKARLDYQQIVRDTIKKIGYDDSAKGFDYKTCNV LVAIEQQSPDIAQGLHYEKSLEDLGAGDQGIMFGYATDETPEGLPLTILL AHKLNMAMADARRDGSLPWLRPDTKTQVTVEYEDDNGRWVPKRIDTVVIS AQHADEISTADLRTQLQKDIVEKVIPKDMLDENTKYFIQPSGRFVIGGPQ GDAGLTGRKIIVDAYGGASSVGGGAFSGKDYSKVDRSAAYAARWVAKSLV AAGLCKRVQVQFSYAIGIAEPLSLHVDTYGTATKSDDEIIEIIKKNFDLR PGVLVKELDLARPIYLPTASYGHFTNQEYSWEKPKKLEF

Seq. ID No: 458

>SAM3MDILKRGNESDKFTKIETESTTIPNDSDRSGSLIRRMKDSFKQSN LHVIPEDLENSEQTEQEKIQWKLASQPYQKVLSQRHLTMIAIGGTLGTGL FIGLGYSLASGPAALLIGFLLVGTSMFCVVQSAAELSCQFPVSGSYATHV SRFIDESVGFTVATNYALAWLISFPSELIGCALTISYWNQTVNPAVWVAI FYVFIMVLNLFGVRGFAETEFALSIIKVIAIFIFIIIGIVLIAGGGPNST GYIGAKYWHDPGAFAKPVFKNLCNTFVSAAFSFGGSELVLLTSTESKNIS AISRAAKGTFWRIAIFYITTVVIIGCLVPYNDPRLLSGSNSEDVSASPFV IALSNTGSMGAKVSNFMNVVILVAVVSVCNSCVYASSRLIQALGASGQLP SVCSYMDRKGRPLVGIGISGAFGLLGFLVASKKEDEVFTWLFALCSISSF FTWFCICMSQIRFRMALKAQGRSNDEIAYKSILGVYGGILGCVLNALLIA GEIYVSAAPVGSPSSAEAFFEYCLSIPIMIVVYFAHRFYRRDWKHFYIKR SEIDLDTGCSVENLELFKAQKEAEEQLIASKPFYYKIYRFWC

Seq. ID No: 459

>SS02MSNANPYENNNPYAENYEMQEDLNNAPTGHSDGSDDFVAFMNKIN SINANLSRYENIINQIDAQHKDLLTQVSEEQEMELRRSLDDYISQATDLQ YQLKADIKDAQRDGLHDSNKQAQAENCRQKFLKLIQDYRIIDSNYKEESK EQAKRQYTIIQPEATDEEVEAAINDVNGQQIFSQALLNANRRGEAKTALA EVQARHQELLKLEKTMAELTQLFNDMEELVIEQQENVDVIDKNVEDAQQD VEQGVGHTNKAVKSARKARKNKIRCLIICFIIFAIVVVVVVVPSVVETRK

Seq. ID No: 460

>T4H-CPR_1SSSSDVFVLGLGVVLAALYIFRDQLFAASKPKVAPVSTTK PANGSANPRDFIAKMKQGKKRIVIFYGSQTGTAEEYAIRLAKEAKQKFGL ASLVCDPEEYDFEKLDQLPEDSIAFFVVATYGEGEPTDNAVQLLQNLQDE SFEFSSGERKLSGLKYVVFGLGNKTYEHYNLIGRTVDAQLAKMGAIRIGE RGEGDDDKSMEEDYLEWKDGMWEAFATAMGVEEGQGGDSADFVVSELESH PPEKVYQGEFSARALTKTKGIHDAKNPFAAPIAVARELFQSVVDRNCVHV EFNIEGSGITYQHGDHVGLWPLNPDVEVERLLCVLGLAEKRDAVISIESL DPALAKVPFPVPTTYGAVLRHYIDISAVAGRQILGTLSKFAPTPEAEAFL RNLNTNKEEYHNVVANGCLKLGEILQIATGNDITVPPTTANTTKWPIPFD IIVSAIPRLQPRYYSISSSPKIHPNTIHATVVVLKYENVPTEPIPRKWVY GVGSNFLLNLKYAVNKEPVPYITQNGEQRVGVPEYLIAGPRGSYKTESFY KAPIHVRRSTFRLPTNPKSPVIMIGPGTGVAPFRGFVQERVALARRSIEK NGPDSLADWGRISLFYGCRRSDEDFLYKDEWPQYEAELKGKFKLHCAFSR QNYKPDGSKIYVQDLIWEDREHIADAILNGKGYVYICGEAKSMSKQVEEV LAKILGEAKGGSGPVEGVAEVKLLKERSRLMLDVWS

Seq. ID No: 461

>T4H-CPR_2SSSSDVLILGLGVALAALYLFRDQLFAASKPKAIPLTNKL AGLDNEGNPRDFIAKMKAGKKRLVIFYGSQTGTAEEYAIRLAKEAKSKFG LTSLVCDPEEYDFENLDQLPEECAVFFVMATYGEGEPTDNAVQLMQNLAD ESFEFSGGERKLEGLKYVIFALGNKTYEHYNLIGRKVDTLLTDMGGVRCG ELGEGDDDKSMEEDYLEWKDAMWEDFARKMGVEEGQGGDSADFAVSELDT HVPEKVYLGELSARALTKTKGIHDAKNPYPAPIVASRELFQQGGDRNCVH VELSIEGSGITYQHGDHVGVWPTNPEVEVNRLLCALGLWEKKDQVIGIES LDPALAKVPFPVPTTYATVLRNYIDISAVTGRQILGHLSKYAPAPDVEEF LKGLSTNKEQYGATVANGCLKLGEVLQLAAGNDLKAIPTTENTTAWSIPF DVIVSAIPRLQPRYYSISSSPKLNPTSIHVTAVVLKYQSVASEKLPAKWV YGVGSNFLLNLKYAANGEPAPFVTTNGSADPASVYYPTYAIEGPRGAYKQ ETIYKSPIHVRRSTFRLPTNPKSPVIMIGPGTGVAPFRGFVQERVALARR TIEKNGADALADWGRISLFYGCRKSTEDFLYKEEWPQYTEELKGKFNMHS AFSREAPYKADGSKIYVQDLIWEDRANVSDAILNGKGYIYICGDAKSMAK QVEDTLAKILGEAKGGTAEVEGAAEMKLLKERSRLMLDVWS

Seq. ID No: 462

>T4H-CPR_3SSSSSGAGADSDENPRDFIAKMKAGKKRLVIFYGSQTGTA EEYAIRLAKEAKSKFGLTSLVCDPEEYDFENLDQLPEDCAVFFVMATYGE GEPTDNAVQLMQNLQDESFEFSNGERKLEGLKYVVFALGNKTYEHYNLIG RKVDTILGEMGAVRCGERGEGDDDKSMEEDYLEWKDAMWEDFARKMGVEE GQGGDSADFAVSELESHAPEKVYLGELSARALTKTKGIHDAKNPYPAPIV ESRELFQVGGDRNCVHVELGIEGSGITYQHGDHVGVWPTNPEVEVTRLLC ALGLWEKKDQVIGIESLDPALAKVPFPVPTTYITVLRNYIDISAVTGRQI LGHLSKFAPSPDAEAFLKSLSTNKEQYGAIVANGCLKLGEVLQLAAGNDL KAVPNAENTTKWTIPFDVIVSAIPRLQPRYYSISSSPKLNPTTIHVTAVV LKYESVASEKVPAKWVYGVGSNFLLNLKYAANGDAAPFVTANGSADPASV YAPTYAIEGPRGAYKQETIYKSPIHVRRSTFRLPTNPKSPVIMIGPGTGV APFRGFVQERVALARRTIEKNGPDALADWGRITLFYGCRKSTEDFLYKDE WPQYTEELKGKFTMHSAFSREPPYKADGSKIYVQDLIWEDREKVADAILN GKGYVYICGDAKSMAKQVEDTLAKILGESKGGSAEVEGAAEMKLLKERSR LMLDVWS

Seq. ID No: 463

>T4H-CPR_4SSSSSSKLSDGDENPRDFIAKMKNGKKRLVIFYGSQTGTA EEYAIRLAKEAKSKFGLTSLVCDPEEYDFENLDQLPDDCAAFFVVATYGE GEPTDNAVQLMQNLQDESFEFSGGERKLEGLKYVVFALGNKTYEHYNVIG RIVDTELAKMGAIRCGERGEGDDDKSMEEDYLEWKDGMWEEFARIMGVEE GQGGDTPDFKVTELQSHPSEKVYLGELSARALTKTKGIHDAKNPYPAPIL KSRELFQKQGERNCVHLELGIDGSGITYQHGDHVGVWPSNPEVEVNRLLC ALGLWDKRDHVIGIESLDPALAKVPFPVPTTYSTVLRNYIDISAVAGRQI LGNLARFSPSPDAEGFMRSLNTDKEQYGRIIANGCLKLGEVLQLAAGNDI KAVPTLENTTAWPIPFDVIVSAIPRLQPRYFSISSSPKLHPTAIHVTAVV LKYQSVASDKVPPKWVYGVGSNFILNLKYAACGETAPLIAQNGSADPAHT PFPLYAIEGPRGAYKQEMIYKSPIHVRRSTFRLPTNPKSPVIMVGPGTGV APFRGFVQERIALARRTIEKNGPDALADWGRISLFYGCRKSNEDFLYNEE WPQYIDELKGKFTLHTAFSREPPYKPDGSKIYVQDLLWDDRSKVADAIIN GKGYIYICGDAKSMAKSVEDVLAKILGEAKGGTMEVEGAAELKLLKERSR LMLDVWS

Seq. ID No: 464

>T4H_1MKTRTSKHPPGPRGLPLIGNLLDMPASYEWLQYRKWSEEFKSDI IYLNILGTQIVVTNTLESTLDLLEKRSSKYSGRHSFQLPNNCAMGWAWNL ALMSYGDEWRAHRRLAARGFDAQAMPKFNHAFTRNTRGLLRRLLESPEAW NEHVRHEVGSMIIEITYGLDVLSKNDPFIESADKGLATLALAVVPGAFLV DTLPILKHIPSWFPGAGFKRKAKEWKRYADEVLEAPYKALKEEMASGAAK PSFVQRCLQDMDPNIDTTNQERVIKNTAAEMYVAGADTSASFIATFVLAM IQYPQVQRRAQAELDSVLGPDRLPTFGDMPSLPYLSAITKECFRWEVITP ISIPHMLTEDDEYRGWFLPSGTVVIPNSWAIMNDPTVYPDPSVFNPERFL KDGKIDLEVQDPQLAAFGYGRRICPGMRVANAFTWLSAGSILASFNISKP AAKDGTPIELDVKYRSSSIRHPEAFDCLFKPRSENTRDMIVSAAA

Seq. ID No: 465

>T4H_2MSKRSKHPPGPRGLPLIGNLLDMPTNDEWLQYRKWSQEFKSDII YLNVCGTQIVVTNTLESTLDLLERRSSKYSGRMGLEWAFILMPYGDEWRA HRRLAAKGFDAKAIPKFNPTFTRNAQDLLRRLLESPEAWHEHVRHQVGAM IIEVSYGLDVLHKNDPFIESADKAAVTFAMAIKPGAFLVNTVPILKYVPS WFPGAGFQRKAKEWKRYNDAVLEAPFKALKEEITNGAARPSFAQQCLQNM DPNIDTAYQERVIKDTSAAMYGGGSDTSVSFLATFVLAMLQYPSVQRRAQ VELDSVLGRDRLPTFDDMPDLPYLAAVMKECHRWEIVLPLAIPHMLTADD EYRGWFLLSGTLVIPNSWAILNDPTVYPDPSTFNPERFLKDGKIDPNVQD PELAAFGYGRRTCPGRRITNAFTWLSAGYILASFNIENAVGNDGMPIEPK VKYRSETIRHPDTFECVFTPRSDDTRDMIGSAYT

Seq. ID No: 466

>T4H_3MGRWPIIGNLLDMPQKSPWLTYAKWSEDCDSDIIHLNVLGTSIV VLSSLEAISTLLEGKAVDFSDRPKSTMMSELMGWERGFAFMPYGQLWRSH RKAFHQEFSPQVAHRNHPKLIKATHNLLRLLLNTPQHWHGHIRRQAGASI MDIAYGIEVLPENDPYLDIAEAAVKAFNDASVPGAFLVDSIPLLKHVPAW VPGAGFQLKAKEGRQALENLIDSPYNAMKKDLAGGKAKSSYTSRSLAAMD ATGVIEENETIIRETAAMVYLGGSDSTPSTTSVFILAMLAHPEVQRKAHA ELDSVIGKAQLPTFKDRGSLPYVTAVAKEVLRWEPVAPLAVPRKVRVDSE YKGYRIPKGSIVFQNSWALLHDEKTYPNPLAFNPERFLKDGQLDPNVQDP DVVAFGYGRRSCPGKTMGYDSVWLNVASILAAFDIKKVANPDSTNVEPKF EPFGITV

Seq. ID No: 467

>T4H_4MYLFKAYLRPSRRLPPGPRGWPLIGNLLDMPTSDEWVRYAQWVR EFKSDVIHLEVCGTHIVILNSVESAVDLLEKRSSLYSSRPPTPMMSDLMG WSWNTAMLPYNDEWRAQRRHFHGEFDGRAIGKHYPPIIRSTHDLLQRLLD TPEQWQSHIRHLVGATILDVAYGIEVLPADDPYVRTAEAAFASVSEAMVP GAFLVDVLPILKHMPSWMPGAGFKRKAVAWKKLADAVFDAPFAAMKQAMA AGTAKSSFGSRSLRDIDIKGNVQSQEFSIQAAAGTMYNAGSDTTVALLET FMLAMVLHPEVQTKAQAEMDLVLGRSNLPTFADQESLSYLAAVMQEVFRW QVVAPFGVPHMSTADDEYRGYFIPEGTIVIPNAHQMLNDEDVYPEPSKFK PERFLKDGKLDLSVRSPLIAAFGFGRRICPGRALGENSAWLAAGSILTMF NLSKATDHNGVTIEPSGRYTSGLVRHPETFKCQITPRSNEPRRELAGEIE LITGRIQESEEA

Seq. ID No: 468

>T4H_CPR_chimera_1SSSSSGSVAYFTKGTYWAVPKDPYASSYGAAN GAKAGKTRDIIEKMEETGKNCVIFYGSQTGTAEDYASRLAKEGSQRFGLK TMVADLEEYDYENLDKWPEDKVAFFVLATYGEGEPTDNAVQLLQNLQDES FEFSSGERKLSGLKYVVFGLGNKTYEHYNLIGRTVDAQLAKMGAIRIGER GEGDDDKSMEEDYLEWKDGMWEAFATAMGVEEGQGGDSADFVVSELESHP PEKVYQGEFSARALTKTKGIHDAKNPFAAPIAVARELFQSVVDRNCVHVE FNIEGSGITYQHGDHVGLWPLNPDVEVERLLCVLGLAEKRDAVISIESLD PALAKVPFPVPTTYGAVLRHYIDISAVAGRQILGTLSKFAPTPEAEAFLR NLNTNKEEYHNVVANGCLKLGEILQIATGNDITVPPTTANTTKWPIPFDI IVSAIPRLQPRYYSISSSPKIHPNTIHATVVVLKYENVPTEPIPRKWVYG VGSNFLLNLKYAVNKEPVPYITQNGEQRVGVPEYLIAGPRGSYKTESFYK APIHVRRSTFRLPTNPKSPVIMIGPGTGVAPFRGFVQERVALARRSIEKN GPDSLADWGRISLFYGCRRSDEDFLYKDEWPQYEAELKGKFKLHCAFSRQ NYKPDGSKIYVQDLIWEDREHIADAILNGKGYVYICGEAKSMSKQVEEVL AKILGEAKGGSGPVEGVAEVKLLKERSRLMLDVWS

Seq. ID No: 469

>T4H_CPR_chimera_2SSSSSSGTIAYFTKGTYWGIVKDPYAPNYPPA NGNKPAKTRNIVEKMDESNKNCVVFYGSQTGTAEDYASRLAKEGKSRFGL ETMVADLEDYDFDNLDTLGDDKVAIFVLATYGEGEPTDNAVQLLQNLQDE SFEFSSGERKLSGLKYVVFGLGNKTYEHYNLIGRTVDAQLAKMGAIRIGE RGEGDDDKSMEEDYLEWKDGMWEAFATAMGVEEGQGGDSADFVVSELESH PPEKVYQGEFSARALTKTKGIHDAKNPFAAPIAVARELFQSVVDRNCVHV EFNIEGSGITYQHGDHVGLWPLNPDVEVERLLCVLGLAEKRDAVISIESL DPALAKVPFPVPTTYGAVLRHYIDISAVAGRQILGTLSKFAPTPEAEAFL RNLNTNKEEYHNVVANGCLKLGEILQIATGNDITVPPTTANTTKWPIPFD IIVSAIPRLQPRYYSISSSPKIHPNTIHATVVVLKYENVPTEPIPRKWVY GVGSNFLLNLKYAVNKEPVPYITQNGEQRVGVPEYLIAGPRGSYKTESFY KAPIHVRRSTFRLPTNPKSPVIMIGPGTGVAPFRGFVQERVALARRSIEK NGPDSLADWGRISLFYGCRRSDEDFLYKDEWPQYEAELKGKFKLHCAFSR QNYKPDGSKIYVQDLIWEDREHIADAILNGKGYVYICGEAKSMSKQVEEV LAKILGEAKGGSGPVEGVAEVKLLKERSRLMLDVWS

Seq. ID No: 470

>T5H-CPR_1SSSSSSGGLLAFLYLFRGTLFASGKASDAGSKLAGGSDLD SSADAAANDFVTKLTSQNKRIAIFYGSQTGTAEEYATKIAKEAKARFGTS SLVCDPEEYEFEKLDQLPSDCVACFVMATYGEGEPTDNAVGLMEFLDGED VQFSNGSSLDNLNYVIFGLGNRTYEHYNAIARKLDARLESLGAKRIGERG EGDDDKSMEEDYLAWKDGMFEALASSLGFEEGGGGDVADFKVREVADHPE DKVYRGELSARALLGTKGIHDAKNPYNAVVKEARELFVEGTADRTCVHVE FDIEGSGISYQHGDHIAVWAHNPEQEVERALAVLGLLGKRDTVIDVESLD PTLAKVPFPVPTTYEAVFRHYLDICAHASRQTLNNFAKYAPTPEARAKLE KACGDKAAFQEAIGHRCLKTFEALQLIVGDDLGGDSVAKATAWEIPFDRV ISDLPRVGPRFYSISSSPKMHPKTVHITAVVLRYRPEAAGQDSPYVHGLA TNFISAIKMAKNNEQPSGPDDPRFGTPGYDLAGPRGAYTKESLFRAPIHI RRSNFRLPTSPKIPVIMVGPGTGVAPFRSFVQERVCSAQKTCDKVNQSPA EALQDWGNIWLFYGCRRSNEDFLYKDEWPEYASKLGGKFQMETAVSREKF KPDGSKLYVQDLIWERRKELAQDILDKKAYIYICGEAKGMAHDVEEMFGR VLEEAKGSAEAGRRELKLLKERSRLLLDVWS

Seq. ID No: 471

>T5H-CPR_2SSSSSSLFSTTDVILFSLIVGVMTYWFLFRKKKEEVPEFT KIQTTTSSVKDRSFVEKMKKTGRNIIVFYGSQTGTAEEFANRLSKDAHRY GMRGMAADPEEYDLADLSSLPEIEKALAIFCMATYGEGDPTDNAQDFYDW LQETDVDLSGVKYAVFALGNKTYEHFNAMGKYVDKRLEQLGAQRIFDLGL GDDDGNLEEDFITWREQFWPAVCEHFGVEATGEESSIRQYELMVHTDMDM AKVYTGEMGRLKSYENQKPPFDAKNPFLAVVTTNRKLNQGTERHLMHLEL DISDSKIRYESGDHVAVYPANDSALVNQLGEILGADLDIIMSLNNLDEES NKKHPFPCPTSYRTALTYYLDITNPPRTNVLYELAQYASEPTEHEQLRKM ASSSGEGKELYLRWVLEARRHILAILQDYPSLRPPIDHLCELLPRLQARY YSIASSSKVHPNSVHICAVAVEYETKTGRINKGVATSWLRAKEPAGENGG RALVPMYVRKSQFRLPFKATTPVIMVGPGTGVAPFIGFIQERAWLRQQGK EVGETLLYYGCRRSDEDYLYREELAGFHKDGALTQLNVAFSREQPQKVYV QHLLKKDKEHLWKLIHEGGAHIYVCGDARNMARDVQNTFYDIVAEQGAME HAQAVDYVKKLMTKGRYSLDVWS

Seq. ID No: 472

>T5H-CPR_3SSSSSSEAVAEEVSLFSMTDMILFSLIVGLLTYWFLFRKK KEEVPEFTKIQTLTSSVRESSFVEKMKKTGRNIIVFYGSQTGTAEEFANR LSKDAHRYGMRGMSADPEEYDLADLSSLPEIDNALVVFCMATYGEGDPTD NAQDFYDWLQETDVDLSGVKFAVFGLGNKTYEHFNAMGKYVDKRLEQLGA QRIFELGLGDDDGNLEEDFITWREQFWPAVCEHFGVEATGEESSIRQYEL VVHTDIDAAKVYMGEMGRLKSYENQKPPFDAKNPFLAAVTTNRKLNQGTE RHLMHLELDISDSKIRYESGDHVAVYPANDSALVNQLGKILGADLDVVMS LNNLDEESNKKHPFPCPTSYRTALTYYLDITNPPRTNVLYELAQYASEPS EQELLRKMASSSGEGKELYLSWVVEARRHILAILQDCPSLRPPIDHLCEL LPRLQARYYSIASSSKVHPNSVHICAVVVEYETKAGRINKGVATNWLRAK EPAGENGGRALVPMFVRKSQFRLPFKATTPVIMVGPGTGVAPFIGFIQER AWLRQQGKEVGETLLYYGCRRSDEDYLYREELAQFHRDGALTQLNVAFSR EQSHKVYVQHLLKQDREHLWKLIEGGAHIYVCGDARNMARDVQNTFYDIV AELGAMEHAQAVDYIKKLMTKGRYSLDVWS

Seq. ID No: 473

>T5H-CPR_4SSSSSSAAAADGDGGQSRRLLALLATSLAVLVGCGVALLF RRSSSGAAPLARQAAAAKPLAAKKDQEPDPDDGRQRVALFFGTQTGTAEG FAKALAEEAKARYDKAVFKVLDLDDYAAEDEEYEEKLKKENIAFFFLATY GDGEPTDNAARFYKWFSEGNERGEWLSNLQYGVFALGNRQYEHFNKVGKE VDQLLAEQGGKRIVPVGLGDDDQCIEDDFNAWKELLWPELDKLLRVEDNS SAAQSPYTAAIPQYRIVLTKPEDATHINKSFSLSNGHVVYDSQHPCRANV AVRRELHTPASDRSCIHLEFDIAGTSLTYETGDHVGVYAENSTETVEEAE KLLDYSPDTYFSIYADQEDGTPLFGGSLPPPFPPCTVRVALARYADLLNS PKKSVLLALAAHASDPKEAERLRHLASPAGKKEYSQWIIASQRSLLEVIS EFPSAKPPLGVFFAAIAPRLQPRYYSISSSPRMAPTRIHVTCSLVHGQSP TGRIHKGVCSTWMKNSTPSEEESEECSWAPIFVRQSNFKLPADPTVPIIM VGPGTGLAPFRGFLQERLALKETGVELGRAILFFGCRNRQMDFIYEDELN NFTESGALSELVVAFSREGPTKEYVQHKMAEKAADLWSIVSQGGYVYVCG DAKGMARDVHRALHTIVQEQVTQRTSNFGLWKFRLVSLN

Seq. ID No: 474

>T5H-CPR_5SSSSSSAAAAGGDPLAALAATAAALVAGVVILAVWFRSGG GAPPKAAAPPPRPPPVKIEADADADDGRKRVTVFFGTQTGTAEGFAKAMA EEARARYEKAVFKVVDLDDYAAEDEEYEEKLRKETIVLLFLATYGDGEPT DNAARFYKWFTEGKEKEVWLKDLKYAVFGLGNRQYEHFNKVAKVVDELLE EQGGKRLVPVGLGDDDQCIEDDFTAWKEQVWPELDQLLRDEDDTTGASTP YTAAIPEYRIVFIDKSDVSFQDKSWSLANGSGVIDIHHPVRSNVAVRKEL HKPASDRSCIHLEFDISGTGLVYETGDHVGVYSENAIETVEQAEKLLDLS PDTFFSVHADAEDGSPRKGGGSLAPPFPSPCTLRTALLRYADLLNSPKKA ALVALAAHASDLAEAERLRFLASPAGKDEYSQWVVASQRSLLEVMAAFPS AKPPLGVFFAAVAPRLQPRYYSISSSPKMAPSRIHVTCALVYGPTPTGRI HQGVCSTWMKNAIPSEYSEECSWAPIYVRQSNFKLPADPTTPIIMIGPGT GLAPFRGFLQERLALKQSGVELGNSVLFFGCRNRNMDYIYEDELQNFIQE GALSELIVAFSREGPAKEYVQHKMTEKATEIWNIVSQGGYIYVCGDAKGM ARDVHRALHTIVQEQGSLDSSKTESYVKSLQMDGRYLRDVW

Seq. ID No: 475

>T5H-CPR_6SSSSSSAAAYLFRDQIFRSSSPKVVVPAPSKLANGHGNPR NFVSKMKEGKKRIVIFYGSQTGTAEEYAIRIAKEAKTKFGLTSLVCDPEE YDFENLDQVPEDCCVFFVMATYGEGEPTDNAVQLMQNLEDESFEFSNGSH RLDGLKYVVFALGNKTYEHYNAIGRKVDTLLTDMGATKIGERGEGDDDKS MEEDYLEWKDGMWKAFSEAMGVEEGQGGDTPDFAVTELDSHPPEKVYLGE LSARALTRTKGIYDGKNPYPSAVKHSRELFQAGAERNCVHAELDIEGSGI TYQHGDHVGVWPSNPDVEVDRMLYVLGLYGKKDAVINIDSLDPALAKVPF PVPTTYATVLRHYIDICAVAGRQMLGVLSKFAPHPKAEAFLKSLNSDKEE YSNIVTNGCFKLGEVLQLAAGDDIKLCPTPDNTTAWAIPFDIIVSSIPRL QPRFYSISSSPKLYPNAIHLTAVVLKYDSIPNRLVESRFVYGVATNFLLN VKYAANGETAPFIAEPVISEPAHVSLPKYAIEGPRGAHIEDNIYKIPIHV RRSTFRLPANPKIPVIMVGPGTGVAPFRGFVQERVALAKRSIEKNGPDAL ADWGSITLFYGCRKSNEDFLYKEEWPQYAEELKGKFKMHCAFSREPPYKP DGSKIYVQDLIWEERETIAKAILEGKAYVYICGDAKAMSRAVEDTLARIL GEAKGGNAEVEGAAEMKILKERSRLLLDVWS

Seq. ID No: 476

>T5H-CPR_7SSSSSSSLFSTTDMVLFSLIVGVLTYWFIFRKKKEEIPEF SKIQTTAPPVKESSFVEKMKKTGRNIIVFYGSQTGTAEEFANRLSKDAHR YGMRGMSADPEEYDLADLSSLPEIDKSLVVFCMATYGEGDPTDNAQDFYD WLQETDVDLTGVKFAVFGLGNKTYEHFNAMGKYVDQRLEQLGAQRIFELG LGDDDGNLEEDFITWREQFWPAVCEFFGVEATGEESSIRQYELVVHEDMD VAKVYTGEMGRLKSYENQKPPFDAKNPFLAAVTANRKLNQGTERHLMHLE LDISDSKIRYESGDHVAVYPANDSALVNQIGEILGADLDVIMSLNNLDEE SNKKHPFPCPTTYRTALTYYLDITNPPRTNVLYELAQYASEPSEQEHLHK MASSSGEGKELYLSWVVEARRHILAILQDYPSLRPPIDHLCELLPRLQAR YYSIASSSKVHPNSVHICAVAVEYEAKSGRVNKGVATSWLRAKEPAGENG GRALVPMFVRKSQFRLPFKSTTPVIMVGPGTGIAPFMGFIQERAWLREQG KEVGETLLYYGCRRSDEDYLYREELARFHKDGALTQLNVAFSREQAHKVY VQHLLKRDREHLWKLIHEGGAHIYVCGDARNMAKDVQNTFYDIVAEFGPM EHTQAVDYVKKLMTKGRYSLDVWS

Seq. ID No: 477

>T5H-CPR_8SSSSSSGGSPMSDSVVVIITTSFAVIIGLLVFLWKRSSDR SKEVTPLVVPKSLSVKDEEDEAETLAGKTKVTIFYGTQTGTAEGFAKALA EEIKARYEKAAVKVVDLDDYAMDDDQYEEKLKKETLTFFMVATYGDGEPT DNAARFYKWFTEEHERGVWLQQLTYGIFGLGNRQYEHFNKIAKVLDEQLN EQGAKRLIPVGLGDDDQCIEDDFTAWRELLWPELDNLLRDEDDVNGASTP YTAAIPEYRVVIHDASATSCEDKSVLENGNTSIDIHHPCRVNVAVQKELH KPESDRSCIHLEFDISGTGIIYETGDHVGVYAENFEENVEEAGKLLGQPL DLLFSIHADNEDGAPLGSSLAPPFPGPCTLRTALSHYADLLNPPRKAALI ALAAHASEPSEAERLKYLSSPEGKDEYSQWIVGSQRSLLEVMAEFPSARP PLGVFFAAIAPRLQPRYYSISSSPRFALSRVHVTCALVYGPTPTGRIHKG VCSTWMKNAVPLEKSHDSSWAPVFIRTSNFKLPTDPSIPIIMVGPGTGLA PFRGFLQERMALKEDGAQLGPALLFFGCRNRRMDFIYEDELNYFVEQGVI SELIVAFSREGPQKEYVQHKMMDKAAQIWSLISERGYIYVCGDAKGMARD VHRTLHTIVQEQGNLDSSKTESMVKKLQMDGRYLRDVW

Seq. ID No: 478

>T5H-CPR_9SSSSSSTSFHKLKRILHKHLQRSHSIGAECKPQRSNHEDL LAVMNRSSIKVSIFYGSQTGTAKKFAINLGHHLHNCGVRNLVMDLRQTNM EILVNLSMLDNCVALFVVATYGEGEPTDSARQFMDNLKNSYQKLDNLRFA VFGLGNSMYTYFNAVGKSIDRLLIQHGGKRLQTLTLGDEVNELESTFLNW RSHLTSLLIDFFDLNDHDRNYLNKQYKRMYSLKRFNWNVPLVSHFVNMFI NKAHVKETLPYENDNYFYASVAVNQELYHKSSRSCRHIELDVSASQLRYK TGDHIAIFASNPLDLVEKIGDLLNIDLNEMISLDAVDPDSLTKHPFPCPC TYRHAFMHFVDITGPPGKSLLSACLDSVTNPEESQFVQLLISDSEDGKKL YSKWILEDHRGLVDVLQDLKSFRPPADLLLELLNPLKPRLYSISSSSLVH TNRIHITASIVKYKTNSGRIFKGLATNWLKSLQSTNTERHLKIPVAIHTS NFNLPRSRTIPVIMIASGTGLAPFRAFIQERLKVAHDKVGKTGQMVLFFG CRHENKDFIYSDELKQACSTGLLEMFTAFSRDCLDGNKVYVQHKVLEMGN MVWKLLDECYAYIYVCGDAAGMVRDVHLCLIELVVQRSNLTREAATSYVL NLRKQGRYRTDVWK

Seq. ID No: 479

>T5H-CPR_10SSSSSSGGKIFDKLNSSLDSGDSTSPASLTALLMENKDL MMILTTSVAVLIGCAVVLMWRRSSTSARKVVELPKLVVPKSVVEPEEIDD GKKKIAIFFGTQTGTAEGFAKALAEEAKARYEKAIFKVIDMDDYAADDEE YEEKLKKEKLAFFFLATYGDGEPTDNAARFYKWFEEGKERGDCFKNLQYG VFGLGNRQYEHFNKIAKVVDELLAEQGGQRLVPVGLGDDDQCIEDDFAAW RELVWPELDKLLLDGDDATATTPYTAAVLEYRVVTYDKSNFDNDLTNTNG HANGHVIVDAQHPVRANVAVRKELHTPASDRSCTHLEFDISCTGLTYETG DHVGVYCENFVETVEEAERLLNISPDTFFSIHTDKEDGTPLGGSSLPSPF PPCTLRTALTRYADVLSSPKKSSLLALAACSSDPNEADRLRYLASPAGKE EYAQWIVASQRSLLEVMAEFPSAKPSIGVFFASVAPRLQPRFYSISSSPR MAASRIHVTCALVYDKMPTGRIHKGVCSTWMKNAIPLEESLSCSTAPIFV RQSNFKLPADNKVPIIMIGPGTGLAPFRGFLQERMALKEEGADLGPAVLF FGCRNRQMDYIYQDELDNFLEAGALSNLVVAFSREGPNKEYVQHKMTQKA DDIWNMISQGGYVYVCGDAKGMARDVHRTLHTIAQDQGSLDSSKAESFVK NLQTTGRYLRDVW

Seq. ID No: 480

>T5H-CPR_11SSSSSSGGDGAEGRALVATLAAAVLGAALFVLWRRAAAG KKRKREAAAAAVAEATEVKARAAKGGEDEKAADDGRKKVTVFFGTQTGTA EGFAKALAEEAKARYDKAIFKVVDLDDYAAEDEEYEEKLKKEKLALFFVA TYGDGEPTDNAARFYKWFTEGNERGVWLNDFEYAVFGLGNRQYEHFNKVA KVVDEILTEQGGKRLVPVGLGDDDQCIEDDFNAWKEALWPELDRLLRDEN DASTGTTYTAAIPEYRVEFIKPEEAAHLERNFSLANGHAVHDAQHPCQAN VAVRRELHTPASDRSCTHLEFDIAGTGLTYETGDHVGVYTENCPEVVEEA ERLLGYSPDTFFTIHADKEDGTPLSGSSLAPPFPSPITVRNALARYADLL NSPKKTSLVALATYASDPAEADRLRFLASAAGKDEYAQWVVASQRSLLEV MAEFPSAKPPLGVFFAAVAPRLQPRYYSISSSPSMAATRIHVTCALVHET TPAGRVHKGVCSTWIKNAVPSEESKDCSWAPIFVRQSNFKLPADPSVPII MIGPGTGLAPFRGFLQERLAQKESGAELGPSVFFFGCRNSKMDFIYEDEL NNFLEQGALSELVLAFSRQGPTKEYVQHKMAQKASEIWDMISQGAYIYVC GDAKGMARDVHRVLHTIVQEQGSLDSSKAESFVKNLQMEGRYLRDVW

Seq. ID No: 481

>T5H-CPR_12SSSSSSVRESSFIEKMKKTGKNIVVFYGSQTGTGEEFAN RLAKDAHRYGMRGMAADPEEFEMTDLSRLTEIENALAVFCMATYGEGDPT DNAQDFYDWLQETDIDLAGLKYAVFGLGNKTYEHFNAMGKYVDKRLEELG AERIFELGMGDDDGNLEEDFITWREQFWPAVCEHFGVEATGEDSSIRQYE LVVHTDENMNKVYTGEMGRLKSYETQKPPFDAKNPFLANATVNRKLNEGG DRHFMHLELDITGSKIRYESGDHVAVYPANDAALVNKLGEILGADLETVI SLNNLDEESNKKHPFPCPTTYRTALTYYLDITNPPRTNVLYELAQYATDS KEQENLRKMASSAQDGKALYLSWVVESRRNILAILEDIPSLRPPLDHLCE LLPRLQARYYSIASSSKVHPNSIHVCAVLVEYETKTGRENKGVATNWLKN KQPSDNGHKSSVPMFVRKSQFRLPFKPSTPVIMIGPGTGIAPFMGFIQER EWLKQQGKDVGETVLYYGCRHEHEDFLYINELKRYHKEGVLTQLNVAFSR DQAHKVYVQHLLKNNKEMVWKLIHEDNAHIYVCGDARNMARDVQNIFYDI VEEYGKLDHAQAVDYIKKLMTKGRYSQDVWS

Seq. ID No: 482

>T5H_1MLPIVDHLLDVLNLERTPFRTYAVTALLLLFVGIIARALLKMML FIQEYSANSKRLRCFPEPPNRSWILGHLGLFAPNEEGMTEFSKQVSKFTY YMKTWMGPVIPLISLIHPDTIKPVVAAPASIAPKDALFYGFLEPWLGDGL LLSRGEKWVRHRRLLTPAFHFDILKHYVKIFNQSTDIMHAKWRRLCTKGP VFLDMFEHISLMTLDSLLKCTFSYDSDCQEKPSDYIAAIYDLSELIVERE QCPPHHFDFIYRFSSNGRKFQRACRIVHEFTANVVQQRKKALQEKGAENW IRSKKGKTQDFIDILLLSKDEDGNTLSDQEMRDEVDTFMFEGHDTTASGL SWILYNLASHPEYQEKCREEVTQLLKGESTHLEWDDLSLLPFTTMCIKES LRLHPPVTAVSRRCTEDIAMPDGKVIPKGNISLISIYGTHHNPAVWPNPE VYDPYRFDPSSTDERSSHAFVPFSAGPRNCIGQNFAMAEMKVVLALTLLN FKVALDPNRVVRRKPELVLRAEGGLWLQVEALKSKS

Seq. ID No: 483

>T5H_2MELLGLVSWLLLLLLTLVVICFLLYCGYIHYQHMKYDHIPGPPR ESFLFGHGSAIWKVMRKNQLVYDLFLNWVETYGPVIRINALHKVTIVSVS PESVKEVLMSPKYRKDWFYDHLHSLFGVRLMGNGLVTDRDNDHWYKQRRI MDPAFSRTYLIGLLGPFNEKAEELMERLAEEADGRSHVVMHAMMSRVTLD VISKVAFGMEMNSLKDDGTPLPRAISLVMRALVEMRNPFIRYSREKQAFI RDVQESARLLRKTGRECIERRQKAIQDGEEIPVDILTQILKGAALEGDCD MEDLLDNFVTFFIAGQETTANQLAFTIMELARNPEILEKAQAEVDEVIGV KRDIEYDDLGKLQYLSQVLKESLRLYPTAPGTSRAIEEETIIEGFRIPPK VPLMFNSYIMGRMQQFYPDPLTFNPDRFHPDAPKPYYSYFPFSLGPRSCI GQVFAQMEAKVIMAKLLQRFQFELVEGQSFGIMDTASLRPEGGVICRLTI RTNPGKAKKDD

Seq. ID No: 484

>T5H_3MSRPQVPKGLKNPPGPWGWPLIGHMLTLGKNPHLALSRMSQQYG DVLQIRIGSTPVVVLSGLDTIRQALVRQGDDFKGRPDLYTFTLISNGQSM SFSPDSGPVWAARRRLAQNGLKSFSIASDPASSTSCYLEEHVSKEAEVLI STLQELMAGPGHFNPYRYVVVSVTNVICAICFGRRYDHNHQELLSLVNLN NNFGEVVGSGNPADFIPILRYLPNPSLNAFKDLNEKFYSFMQKMVKEHYK TFEKGHIRDITDSLIEHCQEKQLDENANVQLSDEKIINIVLDLFGAGFDT VTTAISWSLMYLVMNPRVQRKIQEELDTVIGRSRRPRLSDRSHLPYMEAF ILETFRHSSLVPFTIPHSTTRDTSLKGFYIPKGRCVFVNQWQINHDQKLW VNPSEFLPERFLTPDGAIDKVLSEKVIIFGMGKRKCIGETVARWEVFLFL AILLQRVEFSVPLGVKVDMTPIYGLTMKHACCEHFQMQLRS

Seq. ID No: 485

>T5H_4MPTPGGRLVAFLQRRGKLAGSLAVILLLILKRLRDAPRKVRWLR GPPLLGVVLKVFQGLREHALLDMYDRWHQRLGPTFAYCAPGKMVVATIDP KNIEHVLKTKFDNYVKGHVFAEPFTDLLGDGIFNADGEMWHRQRKTASRM FTKRQFETHIWKAIEANTAKVGRILERSEGTLDMFNLMNRFTLDTIGRIG FSKDIGSLEDPSSPFLRSFDRAQQILILRFWTNPAWKVLRWLGVGWEREL KEHLGRLDGYARGIVRELRQKAEAGQDDSFVGLFMKEEQAAPAARSPELQ EKFMRDLVLNFLIAGRDTTAQCISWTLFELTQHPAVAAKARQEVLDVCGE GPVTFEHLKSLQYVRAILDEGLRLHPSVPYDGKLCLGKDTLPDGTVVPAG CIIQYIPYAQGRCKDIWGEDACSFRPERWLEMPRRPSSFAFAAFNAGPRE CLGRRLAEAEMAALVSTVVRDFDMRLEVEPSSVRYDAQLTLGMCGLPVSV RRCRRAYGVAEPLAGA

Seq. ID No: 486

>T5H_5MLPLRHKMLTGEAEPCLVSKTAETDAEWTRDAFGMGQYTAGRCD HLLSWVVFLLLAPVLLIVWLPLSCICCASPVLLVQRFAGWVLSGCLARTY LGVLLIRLCGKCDLILTGMHFIRTGSQRFWMDTLDPQDWAYHNETYGRNI ILWANLRVGSYKQVRDIVLNPARKRTRALDGWISGFARHYPNLPVFFNTG SNMHTTFRQIFFANFTKTDFVLRALEDEGAGLAKMAAPILQRWLAGSFRE SKSGEGNLYMVEPVAPLILFLLFEVEVESIPPELLTAFSDVVTVGASYFL LPPHSPYWLLSGKVKAIALLKDFLLEHCNAARPESLKGRAVDWRSLAAQM PAFLPKDECRCPCSGTPAVDPVDAYLEVISVMVCVAGVTGTTNGFTSVIR KFADVPVGPTKSRWPSAPVQWRPDADDMVRLYRRDPLGFILEALRLGTPV AGTHQVLEEELTCPFLHKETTFPKGTVVCANLNACHTDPEEWGSDALEFR PGRAARNRYLMWNGPFGEAAPRQCPGEQVAAHCIKVSIDAFLDMHKPQ

Seq. ID No: 487

>T5H_6MATSILSLSLMDLLYWGACLCVLSVLYKISALYLRQKNFERVFS AFPGPKRHWLYGNAHEFKQDGTDLDILNGYAKQFDCAFPLWLGNFFASLA IYHPDYIKAILSRQDPKDNFVYHFITPWIGKGLLVLSGQKWYQHRKLLTP GFHYDVLKPYVGVMSDCVNVMLDKWERLVPDKKPVELFHYISLMTLDTIM KCAFSYQSNCQNDSENEYIKAVYELSYLVDHRTRCPPYHNDFIFYWSPHG FRLRRALKTAHQHTEKVIKLRKESLKQETELEKIKQKRRLDFLDILLCAR DENGQGLSDEDLRAEVDTFMFEGHDTTASGVSWTFYCLAKNPEHQEKCRE EIRQVLGDRRTVEWEDLSKLPYTTMCIKESMRLYPPVPEVARELKEPITF CDGRSVPKGSIVFLCIYAINRCPGIWEDPEVFDPLRFSPENSSTRHSHAF LPFSAGGRNCIGQNFAMNEMKIATALTLQRFELQLETKREPVKRAQLVLR SMNGIYINLKKIHSDKTKII

Seq. ID No: 488

>T5H_7MGLWTFMTGALILLLILVVLCFLLYCGYIYYMHMKYDHIPGPPR DSFFFGHSPTIMKLMRNNVIMYDTFLEWVKTYGPVVRVNLSCSTIVFVIS QEAVKEFLMSPKYTKDNFYECVETLFGVRYMGKGLLTDRDYEHWHKQRRI MDPAFSRNYLIGLMGTFNEIAEDLVDILGDKADGKCQVGMHDMMGRVTLD IIAKVAFGMELNSLHDDQTPFTRAITTVMRGMVETRNPLARYIPGKQALI RDIKESLKFLRKTGRECILQRRKAIQDGEDIPRDILTQILKGAETEGDCS LENLIDNFVTFFIAGQETTANQLSFAVMELGRHPEILTRVQAEVDEVLGS KRDIEYEDLGKLQYLSQVLKETLRLYPIAPGTSRALEKEMVIEGVRVPPG TTLMFNAYIMGRMEKYYHDPLVFNPDRFHPDAPKISYAYLPFSLGPRSCI GQVFAQMEAKVVMAKLLQRFEFELVEGQSFRILDTGTLRPLDGVICRLRP RAEHKSRK

Seq. ID No: 489

>T5H_8MWTILLSTINITLATALMLSFIIIYLLYIQNSTKLPPGPTSWPL IGYTSCLGTDAFRKIQDLNKIYGDIVSFQVLGKTIIILYNYDLIHEAANG NRSKVGRYTMTVNDLLAENSGISNYDTQKALEMRKAFVRLVHNNIKTTEE HEGNKLQPFISQNIINAQINKLIRQLRIRQGKPVNVLQLMRCTVWRIIWN LIFGKECQLTDKQISDTLDDISSNNLQNQLFQIRQLLPRFCVNIFKHSQF ARKLFEIEEIIYKYKTVRQLIDNNVGEMHNSDSLLGQLINDLKLNLTKND ISRLSFEFMAAGTDTTSLTLTWACDYLARAPPKESLKLSSDLIDMIHRWA SVVPLSLPHIVRESFKLKNYYIPKSSILIYNLYAVHNSQIKKLINTEQNS DEIQESDKPIPFSLGSRSCPGARIANLLIEQILTAINQEFLIQNITQSPF ETISPGNQESLTPFGITRTPHKSMYIFVTKLNGNRRTSI

Seq. ID No: 490

>T5H_9MSQLLSSLIELPTQTLVLATAVAVGAAALLVHAYLFDAVGKHGN LPPGPPVDSLFSGHRIPSTHPWRYLEKLTEEYGDIFTLRIGRSPLFVLGR ASSAHRILEKQSALSSSRPRLVLAGELLSNNKRILLMPYGDQWRLYRKAM HETLNDTVAKQYEPIQEREARIATLHLGRLGQADGGGGDFQRVLHRYAAS VIMQVTYDYQVQTLDDPLVRSVAQRGHALAMCIRPGASVLDRYPLLEHVP TWLNPWKQEGLRLRKLEQELYLGQVIKVRERMERGECAPCFVSKMTERQQ ELGLTDLDVAGMSGSLFGAGSDTTASALSIFVMAVCRYPAVLARLHEELD RVVSRDRMPTFDDIPQMPYVRATVQEVLRWRPVSAGGFQHSLTADVEYKG YVLPKGSTVVGPHWSISRDEHEYPEHDVFKPERFLQSGGAEANGTSAQDE VKGTWFAPARGSVAFGFGRRVCPGLNVAMRSLHINIACMAWAFDIAQPDG RPERVDTFAFNSAANSHPLPFDATFTYRDPARKGVVEEENIATGELDRIA ASRGAT

Seq. ID No: 491

>T5H_10MLEALSSLATALWAALRPDTVLLGTLAFLLFVDFLKRRHPKNY PPGPPGLPFVGNLFQLDPEKVPLVLHQFVKKYGNVFSLDFGTVPSVLITG LPLIKEVLVHQGQIFSNRPIVPLQEHIINNKGLIMSSGQLWKEQRRFALT TLRNFGLGKKSLEERIQEEASYLIQTIREENGQPFDPHLTINNAVSNIIC SITFGERFDYQDDQFQELLRMLDEILNLQTSMCCQLYNVFPRIMNFLPGP HQALFSNMEKMKMFVARMIENHKRDWNPAEARDFIDAYLQEIEKHKGDAT SSFQEENLIYNTLDLFLAGTETTSTSLRWGLLFMALNPEIQEKVQAEIDR VLGQSQQPSMAARESMPYTNAVIHEVLRMGNIIPLNVPREVAVDTTLAGY HLPKGTMVMTNLTALHRDPTEWATPDTFNPEHFLENGQFKKRESFLPFSI GKRMCLGEQLARTELFIFFTSLLQKFTFRPPENEQLSLKFRVSLTLAPVS HRLCAVPRG

Seq. ID No: 492

>T5H_11MKTPPQSSCPFHAVGRPPTPPRSSAGRWPPGPESGLTGWGLLK LMSRDLMGTLAGWQREFGDLVHVRTWPEHQVIVSDPQLARELLVNQADAL QRWERALTVYRRVHGHSVLIAEGQAWREKRQALQPDFTRKSVQAFSPSIV EAARRAFEQWPARHAAWPIESELTSVTMEVILRMMFSSGVGSEAQQAEEA VHTLMVASTEELWRPASLPDWVPWQRKRRRARLLMNGLIERHLQARLAMP QDAWPEDLLSRLLRLHLQQPQSWPLQAVRDECKTAFLAGHETVATSLTWW AWCMASHPEIQERAREEALAALSGGGQADPAALQYVNQTLLETMRLYPAV PLLMSRRALKPVTLGDWTFPAKTVFMVPMQLMQHDERWFPEPRSYRPERF GPDAARPQQGAYLPFGGGPRVCLGQHLAMAEMALVAAQLLLRYRLSAPEG AEPPRPVFHVSQRPSQPLTLGIARI

Seq. ID No: 493

>T5H_12MKLAGKRFRLPPGPSGAPIVGNWLQVGDDLNHRNLMGLAKRFG EVFLLRMGVRNLVVVSSPELAKEVLHTQGVEFGSRTRNVVFDIFTGKGQD MVFTVYGDHWRKMRRIMTVPFFTNKVVAQNRVGWEEEARLVVEDLRADPA AATKGVVVRRRLQLMMYNDMFRIMFDRRFETVADPLFNQLKALNAERSIL SQSFDYNYGDFIPVLRPFLRRYLNRCTNLKTKRMKVFEDHFVQQRKEALE KTGEIKCAMDHILEAERKGEINHDNVLYIVENINVAAIETTLWSIEWGLA ELVNHPEIQQKLREEIVAVLGPGTPVTEPDLERLPYLQSVVKETLRLRMA IPLLVPHMNLSDAKLAGYDIPAESKILVNAWFLANDPKRWVRADEFRPER FLEEEKSVEAHGNDFRFVPFGVGRRSCPGIILALPIIGITLGRLVQNFEL LPPPGQDKIDTTEKPGQFSNQILKHATIVCKPLEA

Seq. ID No: 494

>T5H_13MHTDTPDTTADQPLRRIKDLPGPRPLPLIGNGHQIKPQRIHQH VERWSLQYGPLMRMYFGATPILVVADHEMVGAVLRDRPDGFRRPSISATI SNEMGGIPGLFLAEGADWRNQRRMVMAGFAPTAIKAYFPALVAVALRLRR RWQAAASARKAIDLESDLKRYTVDIIAGLAFGSDVNTLESGEDVIQRHLD DILPAVARRSLALVPYWRYVKLPADRRLDRSVAVLRTAVQDLIGQARQRM LDNPARRERPPNLLEAMIAAADQSGSGVTDLNVAGNVTNMLLAGEDTTAN TISWMIYLLQRHPHTLQKARDEVRRNAPDAARFTIEQLDSLDYLGACANE AMRLKPVAPYLPLEALRDTVIGDVAVPAGTMIWCVLRHDSVAEKHFPDPL LFDPQRWLQADGKPNSDKRVTMPFGAGLRTCPGRYLALLEIKIAMAMLLG SFDIAGVDTPDGKEAQELMGFVMSPVGLSLRLE

Seq. ID No: 495

>T5H_14MLMKTLMASLQWLKESFQPFMLLFASIFLAVLLKFFFKEKSRK RSNLPPSPPKLPIIGNLHQLGNMPHLSLHNLAKKYGSIIFLQLGEIPTVV VSSARLAKEVMKTHDLALSSRPQIFSAKHLFYNCTDVVFSPYGAYWRHIR KICILELLSVKRVQSYSFVREEEVARLVRRVAEFYPGTTDLTKILGLYAN DVLCRVAFGRDFSGGGEYDQHGFQKMLEEYQELLGGFSLGDFFPSMEFVH SLTGMKSRLQDTFRRFDQLFDLFLTEHRDPKRETEEHKDLVDVLLDLQKN AYDEMPLTTDNIKAIILDMFAAGTDTTFITLDWGMTELIMNPEVMERAQA EVRSVVGDREVVLQSDLPQLHYIKAVIKEIFRLHPPAPVLVPRESMEDVS IDGYNIPSKTRFFVNAWAIGRDPESWENPNAFEPERFMDSTIDFKGQHFE LIPFGAGRRSCPAIAFGEATIELALAQLLHSFDWELPPGTTPKDLDMSEV FGITMHRIAHLIVIAKPRFPVGQNK

Seq. ID No: 496

>T5H_15MPKQKKRLPPGPPTLPIIGNMHQLGELAHKSLSELSKKYGPIM LLKIGSKTIINISSAEAARQVLKVHDLDCCSRPVSSTAGRLTYNFKDIVF APYGDYWREMRKICALELLSVARVQSYRFIREEEVASLVNSISQSASSAT PVDLSEKMLALTVNILCRTAFGKSFRGSGLDNGKLREVVHEAEVMFASFS ATEFFPYVGWIIDRLSGRIRRLEKIFRGLDDFLQQAIDLHLKPKKTEQDH EDLIDVLLKIERDQQTNTGAPPFNKDNIKAILFDMFLGGSNTAAVTMLWA MAELARNPRAMKKAQDEVRNVVGNRGKVTESDITHLHYLKMTIKETFRLH PPAAILLPRQTMAEVKIGGYDIGPNSLLQVNAWALGRDPEYWMNPEEFYP ERFVDSSIDYKGQHFELLPFGSGRRGCPGMHMGTTTVELALANLLYCFDW KLPSGLKEEDINMDESTGPGLTQKRTTLKLVPVKLF

Seq. ID No: 497

>T5H_16MKLLLDRTRTNGYLPPSPPKLPIIGNLHQLGKMPHISLCERAQ KLGPIMFLQLGEVPTVVISSAAMAKEVMKTHDLAFSSRPQLYSAKWLFYN CTNIVFSPYGAYWRHVRKICILELLSTKRVQSYGFIRQEEVSRLLHRIAD SCSKPINLSKLLGLYANDVLCRAVLGRNFSEGGDYDMHGFQSMLKEYQEL LGGFSIGDFFPSKEFVHLLTGHKRRLQNTFKRFDNFFQQVVREHLDPERN YEGEKDILDVLLDIQKNGSSEMPLTLDNVKAILLDMFAAGTDTSFIVLDW GMTELIMNPKVMKKAQAEIRRVVGERQVVLENDLPQLHYLKAVIKEIFRL HPPVPVLVPRESIQDVTIEGYNIPAKTRVFINVWAIGRDPESWKNPETFD PERFVGSTIDFKGQDFELLPFGAGRRGCPGITFGAVTVELALAQLLHSFD WKLPLGVEAKDLDLTEAFGISMPKTSDLIVVAKPCFA

Seq. ID No: 498

>T5H_17MRMDGNSTTMFPLLITVIMLLASVLFYIFNRWTHRYSKSGILP PSPPKLPLLGHLHLLSDQPHVALSRLAQKYGPIMYLELGQVPTVVVSSAS LAREVLKTHDHVFCNRPQTIAAQYISFGCSDVTFSPYGPYWRQVRKICVT ELLTLRRVNSFQLIREEETNRLLTAVGAHSGSEVNLTKLFFNLANDTLCR AAFGTRFMSESTQLERQREGKRLEDILIETVKLLSGFYVGEFFPRWGWIN SVSGFKRRLERNLADLRSVGDEIIQEHIKKRGRGNEEEDFVDVLLRVQRQ QDLQVPITDDNVTALVMDLFVAGTDTTSSTLEWTMTEMARHPEVMKKAQA EVRSMSPEGGTLDESHLRHLHYLKAVIKEALRLHPPIPLLLPRESMDKCA IDGYEIPAKTRVLINNFALGRDPDSWDDPLRYNPARFMGGDEHKIDFKGE DFRFVPFGGGRRGCPGYSLGLATVELTLARLLYHFDWKLPPGVEAEKIDL TEIFGLATRKKTPLLLIPTARKAPPHE

Seq. ID No: 499

>T5H_18MELTMASTMSLALLVLSAAYVLVALRRSRSSSSKPRRLPPSPP GWPVIGHLHLMSGMPHHALAELARTMRAPLFRMRLGSVPAVVISKPDLAR AALTTNDAALASRPHLLSGQFLSFGCSDVTFAPAGPYHRMARRVVVSELL SARRVATYGAVRVKELRRLLAHLTKNTSPAKPVDLSECFLNLANDVLCRV AFGRRFPHGEGDKLGAVLAEAQDLFAGFTIGDFFPELEPVASTVTGLRRR LKKCLADLREACDVIVDEHISGNRQRIPGDRDEDFVDVLLRVQKSPDLEV PLTDDNLKALVLDMFVAGTDTTFATLEWVMTELVRHPRILKKAQEEVRRV VGDSGRVEESHLGELHYMRAIIKETFRLHPAVPLLVPRESVAPCTLGGYD IPARTRVFINTFAMGRDPEIWDNPLEYSPERFESAGGGGEIDLKDPDYKL LPFGGGRRGCPGYTFALATVQVSLASLLYHFEWALPAGVRAEDVNLDETF GLATRKKEPLFVAVRKSDAYEFKGEELSEV

Seq. ID No: 500

>T5H_19MPLSDSTISLLLAVLPISGIIFALYNQYQIWLKSPIRGLPYPP GPPLLLGNANRAVQSRPWLTYTEWAKQYGDIIYVNIYGEHTVILNNLEDV MELFEQRSRVYSSRQNNPYIELMGWQFNAGLLPYGDLWRRHRKLLQQCFR RKISTQYEPIQIAKTHNLLNDLLQTPSDFIEHIKRNSSAMIMSILYGQDI SDEMSAQFVSVAEESVKALGKCLRPGTYLVSYIPMLRYLPAWFPGAEFQR QAAEVKKLTTKMKDEPIDFVGKGLLHGTASASLVADLLENCYVQREYDVI KDVAATVFAAGADTSVAALESFFLAMSLFPEAQKKAQAEMDRVIGNKRLP TTDDRPLLPYLEAVYRELMRWAPVVPLNAAHTTIADDIYKGYYIPKGTAV YANTWALTRNEEKYPNPDIFNPDRFFTETGELNDDDTVLTFGFGRRICPG RHMASTTVWLTIASVLSNFDIKGKGTNTKDQKFTSIGEMFTDNFISRPVP FECDIVPRKNAALLASK

Seq. ID No: 501

>T5H_20MAFETTNGILLAASLFAGVVLYLQKRKRYTLPYPPGPKKHFLL GNLLDVPTTFAWKRYAEWGKTFDSDVLHLSVAGSHFIILNSFKAANDLFE KRSSIYSSRAQMIMFSELIGWDWLMSGMVYGEPWRERRKAFQQYFHVGNA HLYEPVQMQAVRKMLPRLLKEPEDFLSITRHALGSMALTLAYGLDIQEKN DPYLRVSEAAVKSIGEVAIPGAFLVDMIPALKYVPEFFPGAGFKKKARIW RKVQENMREIPFAATLKNIASGSAKVSFTSTCLENLDESRDVDHQRTIIK DTAGNMFAAATDTTISAIHTFFVAMLCFPEVQKKAQQEIDRVLQGRLPEF SDEADLPYLSALVKETLRWEPSTPIGVPHYSSEDDVYNGYHIPKGSLVIG NAWAMLHNEEDYPEPSLFKPERFIKDGKLNPNVRDPAEMAFGFGRRLCPG NHIAISALWLTAATVLATFNITEAIDDDGRPIKPCVEYESALICHPLPFK CTIKPRSKECTMLIQAAADSY

Seq. ID No: 502

>T5H_21MIIDSSNSEGNSEGQYTIDGPKAKGLRRMFRIFHLILQPTKYM ESSVQRYGSMFQIGSEGASPLVYVGEPEVVKEIFALDGDQVVTGQGNGVL ETMVGKHSILLLDGDPHRQQRKLLMPPFHGEQLRAYAHLICDITRQISAQ WQPGQTIVARPPIQNLTLGVILQAVFGVPSGERLSRLQQLMSTLLDSFAY PISASFLFFPALQKDLGEWSPWGKFIRLREEVRSLIYAEIRDRRQQLERS AIEQDEKLGEKLGEKTDILTLLLQARDEDGGAMSDAELHDEIVTLLLAGH ETTASAIVWMLYWIHYLPEVQQKLRAELDALGPDPDPMAIAQLPYLTAVC QEALRIYPITPTTFIRRLREPMTLAGYRFKAGTALMPATYIIHQRPDLYP EPKQFRPERFLERQFAPHEFLPFGGGHRYCIGSALAMMELKLSIATLLAD FELALLHSRPLLPARRGLTMAPPAAMKLRIKARKTNKA

Seq. ID No: 503

>T5H_22MPAPKTAPSTLPLPPGRLGLPWIGETLSFLRDPNFATKRQAQY GSLFKSRIIGQPTVFFCGPEANAFLLSSHADCFSWRDGWPGTFQELLGES LFLQEGETHLRNRRLLMPAFHGKALASYFSTMVALSDSYLARWEKKQQLT WFLEFKKFTFEVASVLLVGSAPGHDETDNTIGTAESAETEAQIAQLASWF ADLTNGLFTLPIRWGPTTYRKALRGRDRLLSYIEQEITKRRQLLARLQTD PTAALPTDVLTLLLQTEDDEGNRLSEAEIKVQTLLMLFAGHETTTSMLTS LVMSLAQNPDVLAKARAEQQAFPAESALTFEQIQQMPYLDQILKEVERQY PPVGGGFRRVIKPFNFNGYHVPAGWLALYRIDAAHKDERCYTNPSDFDPD RFSPERAEQKRYDYSLVGFGGGPRVCLGMAFAKLEMKIMAAQLLRRYHWQ LDADQDLTMNPVPSLRPADGLKVRFSKLSFTA

Seq. ID No: 504

>T5H_23MLDMPSVKPWLTFSDWASKFGDISHLEIFGQHIVVLNSAKTAV EMLDRKSSIYSDRPVLPMGGELVGWRNTLVLLPYGDNFREYRRNFHRVIG SRAAMSVYHAIEEEETHKFLQRVLTKPADLSAHVRTTAGAIILRISHGYH IQEDGDPFVSLADTAVDQFSRSTATGAFMVDLIPALAYVPEWFPGASFQR KAREWRATLHEMVNQPYKFVQDQMAAGIAPKSFTSNLLEGRTLTEEEEHI IKWSGASLYSGGADTTVSAIYGFFLAMTLYPEAQKKAQAEIDAVVGSDRL PTFADRESLPYAEALVKEVLRWCPVVPIVVPHRVTADDIHNGYYIPKGTL VLANAWYMLRDPSIYPDPMNFNPDRFLPSGGKEPPTDPRDICFGFGRRIC PGMHLADASVWLSAVMSLAVFNVSKVVENGVEITPEVDPSSGTISHPKPF KCSIKPRSAKALELIQQTPHY

Seq. ID No: 505

>T5H_24MHLPPGPRPLPFLGNLLQMNRRGLLRSFMQLQEKYGDVFTVHL GPRPVVILCGTDTIREALVDQAEAFSGRGTVAVLHPVVQGYGVIFANGER WKILRRFSLVTMRNFGMGKRSVEERIKEEAQCLVEELKKYKGALLNPTSI FQSIAANIICSIVFGERFDYKDHQFLRLLDLIYQTFSLMGSLSSQVFELF SGFLKYFPGVHKQISKNLQEILNYIDHSVEKHRATLDPNTPRDFIDTYLL HMEKEKSNHHTEFHHQNLVISVLSLFFAGTETTSTTLRYSFLIMLKYPHV AEKVQKEIDQVISSHRLPTLDDRIKMPYTDAVIHEIQRFADLAPIGLPHR VTKDTMFRGYLLPKNTEVYPILSSALHDPRYFDHPDTFNPEHFLDANGTL KKSEAFLPFSTGKRTCLGEGIARNELFIFFTALLQNFSLASPVAPEDIDL TPINSGAGKIPSPYQINFLSRCVG

Seq. ID No: 506

>T5H_25MYLIPDFSKETWILLIILLALLAYYGIWPYRLFKKYGIPGPKP LPFFGTFLENRNGVFEFDMECFKKFGKVWGFYDGRQPVLAIMDPVIIKAI LVKECYTVFTNRRNFGLNGPLNSAVSIAADDQWKRIRTVLSPTFTSGKLK QMFPIIKQYGDLLVKNIQKKVDNKEFIDMKNIFGSYSMDIVLSTSFSVNV DSLNNPNDPFVTNGRNLFTFSFLNPLFLTTLLCPFLIPILDKLNFCFLPI SVLNFFQDAITSIKKNRQKGIHKDRVDFLQLMVDAQANDSKGGADHGYKE LTDTEIMAQGLIFIIAGYETTSTTLMFLAYHLATHPDVQTKLQEEIDIIL PNKAPPTYEALMQMEYLDMVLYENLRLYPAAGRIERVCKATTEINGVTIP KGVVTVIPAFVLHRDPELWPEPDEFRPERFSKENRETQDPYTFLPFGAGP RNCIGMRFALINMKSVITLLLQNFSFRTCKDTPIPLQIDTRGFLKTTKPV ILNLVPREAQKTEK

Seq. ID No: 507

>T5H_26MYDTFLEWIEKYGPVVRVNSSHSTFVIVISPEGVKEFLMSPKY TKDNFYERIETLFGARFLGKGLVTDRDYDHWHKQRRMMDPAFSRTYLIGL MGTFNETAEDLMDVLGDKADGKCQVGMHDMLSRVTLDVIAKAAFGMELNS LHDDQTPFTRAISTVMKGMVETRNPLARYIPGKQAFIREVKESIKLLRET GRECILQRRKEIQDGEDIPMDILTQILKGAEIEDGCSLEDLIDNFVTFFV AGQETTANQLSFAVMELARNPEILTRVQTEVDEVLGSKRDIEYEDLGKLQ YLSQVLKETLRLYPIAPGTSRALEKETVIEGVRVPPGTTLMFNSYIMGRM EKYYHDPFIFNPDRFHPDAPKPSCAYFPFSLGPRSCIGQVFARMEAKVVM AKLLQRFEFELVEGQSFRIMDTGTLRPMDGVICRLRPRAERKSRK

Seq. ID No: 508

>T5H_27MAARPKPATPPSPPALPVIGHLHLLTDMPHHTFADLSNSLGPL IYLRLGQVPTIVIHSAHLAKLVLRTHDHAFANRPQLISAQYLSFGCSDVT FSSYGAYWRQARKICVTELLSAKRVHSFRLVRKEEVDRLLDAVLTSSGKE VDMSQMLFCLANDVLCKVAFGRRFMAEKDGKGKNLGSVLMETQALFAGFC LGDFFPKWEWVNSMSGYRKRLLKNLKDLKEVCDEIIEEHLKKKKKKNGTE NADDDDDYNEKEDFVDVLLRVQKREDLEVPITDDNLKALVLDMFVAGTDT SSATLEWVFTELARHPRVMKKAQEEVRMIASGNGKVDESDLQHLHYMKAV IKETMRLHPPVPLLVPRESMEKCALDGYEIPAKTRVLINTYAIGRDPKSW ENPLDYDPERFMEDDIDFKDQDFRFLPFGGGRRGCPGYSFGLATIEITLA RLLYHFDWALPHGVEADDVDLSEVFGLATRKKTALVLVPTANKDFQFRGH DF

Seq. ID No: 509

>T5H_28MGKNKVPPGPIGLPFIGNLHQFDTLAPHIYFWELSKKYGKIFS FKLTSNVPIIVVSSAKLAKEVLKTQDLVFCSRPSLVGQQKLSYNGHDIGF APYNDYWREMRKICVLHLFSLKKVQLFSPIREDEVSRMIKKIYQQAVNSQ VTNLSNLMISLNSTIICRVAFGVRFDEEAHERKRFNYILAEAQAMFAGFF MSDFFPSLSWIDKLTGMIDRLEKNFKDLDEFYEELIEQHYNPNRPKSMEG DFIDILLQLKKDQLTPIDLSLEDIKGILMNVLLAGSDTSSSVIIWAMTIL IKNPKAMKKVQEEIRNLIGNKGIVNEDDIQNMHYLKAVIKETLRLFPPAP LLIPRESMKISTLEGYEFQPRTIVYVNAWAIARDPEIWENPEEFMPERFL NSNIDFKGQDYELIPFGAGRRGCPGLALGVASVELALSNLLYAFDWELPY GLKKEDIDINGKPGITVNKKNDLCLIPKKYF

Seq. ID No: 510

>T5H_29MKLTGKRYRLPPGPAGAPVVGNWLQVGDDLNHRNLMSLAKRFG DIFLLRMGVRNLVVVSTPELAKEVLHTQGVEFGSRTRNVVFDIFTGKGQD MVFTVYGDHWRKMRRIMTVPFFTNKVVAQNRVGWEEEARLVVEDVRKDPR AAAEGVVIRRRLQLMMYNDMFRIMFDTRFESEQDPLFNKLKALNAERSRL SQSFEYNYGDFIPVLRPFLRGYLNRCHDLKTRRMKVFEDNFVQERKKVMA QTGEIRCAMDHILEAERKGEINHDNVLYIVENINVAAIETTLWSIEWGIA ELVNHPAIQSKLREEMDSVLGAGVPVTEPDLERLPYLQAIVKETLRLRMA IPLLVPHMNLNDGKLAGYDIPAESKILVNAWFLANDPKRWVRPDEFRPER FLEEEKTVEAHGNDFRFVPFGVGRRSCPGIILALPIIGITLGRLVQNFQL LPPPGQDKIDTTEKPGQFSNQIAKHATIVCKPLEA

Seq. ID No: 511

>T5H_30MKPRGAKYPNSLPCLPFIGSLLHLASHLAPHILFNKLQEKYGS LYSFKMGSHYIVIVNHHEHAKEVLLKKGKTFGGRPRAVTTDLLTRNAKDI AFADYSPTWKFHRKLVHAALSMFGEGTVAIEKIISREAASLCQTLITFQG SPLDMAPELTRAVTNVVCALCFNARYKRCDPEFEEMLAYSKGIVDTVAKD SLVDIFPWLQIFPNKDLEILKRSVAIRDKLLQKKLKEHKEAFCGEEVNDL LDALLKAKLSMENNNSNISQEVGLTDDHLLMTVGDIFGAGVETTTTVLKW AVAYLLHYPKVQAKIQEELDVKVGFGRHPVLSDRRILPYLDATISEVLRI RPVAPLLIPHVALHESSIGEYTIPQDARVVINLWSLHHDPNEWENPEEFI PDRFLDENGNHLYTPSQSYLPFGAGIRVCLGEALAKMEIFLFLSWILQRF TLEVPAGDSLPDLDGKFGVVLQVKKFRVTAKLREVWKNIDLTT

Seq. ID No: 512

>TAT2MTEDFISSVKRSNEELKERKSNFGFVEYKSKQLTSSSSHNSNSSH HDDDNQHGKRNIFQRCVDSFKSPLDGSFDTSNLKRTLKPRHLIMIAIGGS IGTGLFVGSGKAIAEGGPLGVVIGWAIAGSQIIGTIHGLGEITVRFPVVG AFANYGTRFLDPSISFVVSTIYVLQWFFVLPLEIIAAAMTVQYWNSSIDP VIWVAIFYAVIVSINLFGVRGFGEAEFAFSTIKAITVCGFIILCVVLICG GGPDHEFIGAKYWHDPGCLANGFPGVLSVLVVASYSLGGIEMTCLASGET DPKGLPSAIKQVFWRILFFFLISLTLVGFLVPYTNQNLLGGSSVDNSPFV IAIKLHHIKALPSIVNAVILISVLSVGNSCIFASSRTLCSMAHQGLIPWW FGYIDRAGRPLVGIMANSLFGLLAFLVKSGSMSEVFNWLMAIAGLATCIV WLSINLSHIRFRLAMKAQGKSLDELEFVSAVGIWGSAYSALINCLILIAQ FYCSLWPIGGWTSGKERAKIFFQNYLCALIMLFIFIVHKIYYKCQTGKWW GVKALKDIDLETDRKDIDIEIVKQEIAEKKMYLDSRPWYVRQFHFWC

Seq. ID No: 513

>TMO_1MSTLADQALHNNNVGPIIRAGDLVEPVIETAEIDNPGKEITVED RRAYVRIAAEGELILTRKTLEEQLGRPFNMQELEINLASFAGQIQADEDQ IRFYFDKTMGGGSGEGRGSLLTCGDVEENPGPMFNIQSDDLLHHFEADSN DTLLSAALRAELVFPYECNSGGCGACKIELLEGEVSNLWPDAPGLAAREL RKNRFLACQCKPLSDLKIKVINRAEGRASHPPKRFSTRVVSKRFLSDEMF ELRLEAEQKVVFSPGQYFMVDVPELGTRAYSAANPVDGNTLTLIVKAVPN GKVSCALANETIETLQLDGPYGLSVLKTADETQSVFIAGGSGIAPMVSMV NTLIAQGYEKPITVFYGSRLEAELEAAETLFGWKENLKLINVSSSVVGNS EKKYPTGYVHEIIPEYMEGLLGAEFYLCGPPQMINSVQKLLMIENKVPFE AIHFDRFF

Seq. ID No: 514

>TMO_2MAMHPRKDWYELTRATNWTPSYVTEEQLFPERMSGHMGIPLEKW ESYDEPYKTSYPEYVSIQREKDAGAYSVKAALERAKIYENSDPGWISTLK SHYGAIAVGEYAAVTGEGRMARFSKAPGNRNMATFGMMDELRHGQLQLFF PHEYCKKDRQFDWAWRAYHSNEWAAIAAKHFFDDIITGRDAISVAIMLTF SFETGFTNMQFLGLAADAAEAGDYTFANLISSIQTDESRHAQQGGPALQL LIENGKREEAQKKVDMAIWRAWRLFAVLTGPVMDYYTPLEDRSQSFKEFM YEWIIGQFERSLIDLGLDKPWYWDLFLKDIDELHHSYHMGVWYWRTTAWW NPAAGVTPEERDWLEEKYPGWNKRWGRCWDVITENVLNDRMDLVSPETLP SVCNMSQIPLVGVPGDDWNIEVFSLEHNGRLYHFGSEVDRWVFQQDPVQY QNHMNIVDRFLAGQIQPMTLEGALKYMGFQSIEEMGKDAHDFAWADKCKP AMKKSAGGGSGEGRGSLLTCGDVEENPGPMSFEKICSLDDIWVGEMETFE TSDGTEVLIVNSEEHGVKAYQAMCPHQEILLSEGSYEGGVITCRAHLWTF NDGTGHGINPDDCCLAEYPVEVKGDDIYVSTKGILPNKAHS

Seq. ID No: 515

>TMO_3MSFTKVCSVGDIWEGEMEPFTVDGHEILLVGVEGGGIKAFQGIC PHQDIALSEGKFDGKKLICRAHLWQFDASNGKGINPDDCALAEYPVKVDG DDVYVQTAGVEALFAHSGGGSGEGRGSLLTCGDVEENPGPMALLNRMDWY DLARTTNWSPKYVTESELFPPELSGDHGIPMEKWETYDEPYKQTYPEYVK VQREKDAGAYSVKAALERSQIYERSDPGWLTVMKQHYGAIALGEYAASSA EARMMRFSKAPGMRNMATLGSMDEIRHGQIQLYFPHEHVSKDRQFDWAAK AFHTNEWAAIAARHFFDDIMMTRDAISVAIMLTFSFETGFTNMQFLGLAA DAAEAGDHTFASLISSVQTDESRHAQIGGPTLQILIENGKKAEAQKKVDI AFWRAWRLFSVLTGPVMDYYTPLEHRKQSFKEFMQEWIVAQFERALSDLG LDKPWYWDTFLQQLDQQHHGMHLGVWYWRPTVWWNPAAGVTPAERDWLEE KYPGWNDTWGQCWDVIIDNLVDGNIAQTYPETLPIVCNMCNLPINCTPGN GWAVQDYPLEYNGRLYHFGSEPDRWCFEQEPERYAGHMTLVDRFLAGLVQ PMDLGGALAYMGLAPGEIGDDAHGYSWVDIYKKMRMKKAS

Seq. ID No: 516

>TMO_4MSVASSAQAYHNNMVGPVMRAGDLALAVIEAARVDNPGKEVFVD DKRAYVRIHTEQEMILRRETIEEELGRPFKMNDLEVDLSSFAGQIESLDD AVRFYFTKKLGGGSGEGRGSLLTCGDVEENPGPSSNPIIHNQKDGSRFAQ REGDTILRAALRAGVGLSYECNSGGCGGCKFELLEGEVDTLWPDAPGLSD KDRRRGRHLACQCRARGPVSIKAATGAEYVPKVVPQRQTARLVGSTDITH DLREFRFRSAAGASFLPGQFAMLDLPGLASARAYSMSNTANDDGEWHFQV RRVPHGQGTHVLFDRLGVGDEIGLDGPYGVAWLRTGAPRDIVCVAGGSGL APMVSIARGAAAAGMLKDRKLYFFYGARTPRDVCGAEMLAQLDGFGERII YLPVVSLPGGEGEWQGETGYVHDAVARTLPGSLAGFEFYFAGPPPMTQAL QEMLMVGHRVPFEQIHFDRFF

Seq. ID No: 517

>TPH_1MPSRLNKDEYQFYIDLDNKSTPALNEIVKCLRLDIGATVHELSR DKKKDAVPWFPKTIQDLDKFANQILSYGAELDSDHPGFTDPVYRARRKEF ADIAFHYKHGQPIPCVTYTEEEKKTWGTVFKELKLLYPTHACYEHNHVFP LLEKYCGYNENNIPQLEDVSKFLQTCTGFRLRPVAGLLSSRDFLAGLAFR VFHSTQYIRHWSKPMYTPEPDICHELLGHAPLFADPSFAQFSQEIGLASL GAPDEYIERLATLYWFTVEFGLCKQDDKIKAYGAGLLSSFGELQYCLTDK PELKPFEPEKTSLQKYPITEFQPVYFIAESFEDAKEKMRKFATTIPRPFS VRYNPYTQSIEVLDNVQQLKNLADCINSEIGTLCCA

Seq. ID No: 518

>TPH_2MIEDNKENKDHSLERGRASLIFSLKNEVGGLIKALKIFQEKHVN LLHIESRKSKRRNSEFEIFVDCDINREQLNDIFHLLKSHTNVLSVNLPDN FTLKEDGMETVPWFPKKISDLDHCANRVLMYGSELDADHPGFKDNVYRKR RKYFADLAMNYKHGDPIPKVEFTEEEIKTWGTVFQELNKLYPTHACREYL KNLPLLSKYCGYREDNIPQLEDVSNFLKERTGFSIRPVAGYLSPRDFLSG LAFRVFHCTQYVRHSSDPFYTPEPDTCHELLGHVPLLAEPSFAQFSQEIG LASLGASEEAVQKLATCYFFTVEFGLCKQDGQLRVFGAGLLSSISELKHA LSGHAKVKPFDPKITCKQECLITTFQDVYFVSESFEDAKEKMREFTKTIK RPFGVKYNPYTRSIQILKDTKSITSAMNELQHDLDVVSDALAKVSRKPSI

Seq. ID No: 519

>TPH_3MSGLALDRSSQPHEVRTLEVNELDPKVFAVVEVRKDEPGVLGDV LKVFTESSINITNIESRFKSFARDGPAFHIDFEGEAREHRVQRVLRDVKS VPGVSQVTVMEEREVPWFPINIRDLDLTTDTLDGGTALINEDHPGFNDLA YRQRREEIVTAAKEHRHGDRIARVQYLEHEVETWRAVYEQLRECHSRWAC TEYLEMLPQMERFCGYAPGNIPQLADISDFLQQRTGFTLRPITGLLSARD FLNALAFRVFYSTQYIRHHGNPFYTPEPDICHELMGHVPLFANAAFADFS QEIGLASLAASDDDIARLAAVYWFTVEFGLVRQGGEVKAYGAGLLSSFGE MEWSCSREPSTTCREMGSVAELQAPSIVPLDPTQAGKQAYPITTYQPLYF CAESMQDAKAKISQFCDTLTRPFFPQYDPLTQNIRVTKAVRRARRISTVE MQMAKQLDYFEKQ

Seq. ID No: 520

>TPH_4MAVPWFPKTIQDLDKFANQILSYGAELDSDHPGFTDPVYRTRRK EFADIAFHYKHGQPIPRVTYTEEEKKTWGTVFKELKLLYPTHACYEHNHV FPLLEKYCGYNENNIPQLEDVSNFLQTCTGFRLRPVAGLLSSRDFLAGLA FRVFHSTQYIRHWSKPMYTPEPDICHELLGHAPLFADPSFAQFSQEIGLA SLGAPDEYIERLATLYWFTIEFGLCKQDDKIKAYGAGLLSSFGELQYCLT DKPDLKPFEPEKTSLQKYPITEFQPVYFIAESFEDAKEKVRKFATTIPRP FSVRYNPYTQSIEVLDNVQQLKNLADCINSEIGILCCALRKLE

Seq. ID No: 521

>TPH_5MLISFTLNLVHQKKNSEFEIFLDCDSNREQLNEIFQLLRPHVNL ITMNPQEDFSVEEDDMESVPWFPIKISDLDKSANRVLMYGSDLDADHPGF KDNVYRRRRKYFADVAMNYKYGDPIPHIEFTEEEVKTWGTVFRELNKLHQ THACREYLKNLPLLVKHCGYREDNIPQLEDVSRFLKERSGFTIRPVAGYL SPRDFLAGLAFRVFHCTQYVRHSSDPLYTPEPDTCHELLGHVPLLAEPSF AQFSQEIGLASLGASDEAVQKLATCYFFTVEFGLCKQEGKLKVYGAGLLS SISELKHSLSGNANVKPFDPMVTCSQECIITSFQEVYFYSESFEEAKEKM REFAKTIKRPFGLKYNPYTQSVQMLKDTQSITTLVSELRHELDIISDALN KMNKQLGV

Seq. ID No: 522

>TPH_6MHSPEPDCCHELLGHVPMLADKTFAQFSQDIGLASLGVTDEEIE KLSTLYWFTVEFGLCKQDGEVKAYGAGLLSSYGELLHALSDKPEVRPFDP DEAAIQPYQDQNYQPVYFVSESFTDAKEKLRNYASRIKRPFAARYDPYTV SIEVLDSPGQIQSSLEELKDELQTLTTALNILS

Seq. ID No: 523

>TPH_7MMISTESDLRRQLDENVRSEADESTKEECPYINAVQSHHQNVQE MSIIISLVKNMNDMKSIISIFTDRNINILHIESRLGRLNMKKHTEKSEFE PLELLVHVEVPCIEVERLLEELKSFSSYRIVQNPLMNLPEAKNPTLDDKV PWFPRHISDLDKVSNSVLMYGKELDADHPGFKDKEYRKRRMMFADIALNY KWGQQIPIVEYTEIEKTTWGRIYRELTRLYKTSACHEFQKNLGLLQDKAG YNEFDLPQLQVVSDFLKARTGFCLRPVAGYLSARDFLSGLAFRVFYCTQY IRHQADPFYTPEPDCCHELLGHVPMLADPKFARFSQEIGLASLGTSDEEI KKLATCYFFTIEFGLCRQDNQLKAYGAGLLSSVAELQHALSDKAVIKPFI PMKVINEECLVTTFQNGYFETSSFEDATRQMREFVRTIKRPFDVHYNPYT QSIEIIKTPKSVAKLVQDLQFELTAINESLLKMNKEIRSQQFTTNKIVTE NRSS

Seq. ID No: 524

>TrpHalo_1MSTASKNIDITRFPKKYDAATKDSDFYDVVIVGAGPGGST TAYYLAKEGKKVLLLEKKKFPRDKICGDAICKLAIEMLMDMGVYEGLVRE KKARVAHNGGLVSPSGLSFIGNTYLKPGEIPAAAACKRMVLDEAIAKAAI GAGAELKENSPVTDAVFDSSTGLWTISIEGSDVKHMGRVLVCADGAPSKL ATQLGIVKQAPQGVCSRAYIKEGTHRFRADGVVFYPRNILPAYAALFRHI DDTVAYCTYILPFNPKVTTDDLSYWHHRLLEEDPSISQAVGKNADMERMK AWGLRMGGEPVTYGNHVLVVGDAAGMIDPLTGEGIHHAMDGGRIAAHFLC EAIAVGNFDKEVMKEYQNRWLYTFGNDYKWSQAICHFLYRFPIFIDATAA AAQRRGNNFLALYADIMTGRIPKANIFRPDISLPIAFEVLVLLWKMMFTG GGGNNKMKSQ

Seq. ID No: 525

>TrpHalo_2MSTASKNIDITRFPKKYDAATKDSDFYDVVIVGAGPGGST TAYYLAKEGKKVLLLEKKKFPRDKICGDAICKLAIEMLMDMGVYEGLVRE KKARVAHNGGLVSPSGLSFIGNTYLKPGEIPAAAACKRMVLDEAIAKAAI GAGAELKENSPVTDAVFDSSTGLWTISIEGSDVKHMGRVLVCADGAPSRL AMQLGIVKGTPKCVCSRAYIKGGTHRFKEDGMVFYVPSILPGYVALLRHI DDQLTYCTYILPGNPRATTKDLSYWHHRLLEEDPNISQAVGKNAELEKMK AWDLRVGGEPVTYGNHVLVVGDAAGMIDPLTGEGIHHAMDGGRIAAHFLC EAIAVGNFDKEVMKEYQNRWLKAFGNDFRWSQAIGNFLYRYPIFIDATAA VAEKKGDRFLARWADIMAGRIPKISVLRPQFLLAVGFQALLLFYKKIFKG GYGKKTKIL

Seq. ID No: 526

>TrpHalo_3MSSLIAPKVDTIDITRFPKKYDPAAEDSDFYDVVIVGAGP GGSTTAYYLAKKGKKVLLLEKKKFPRDKICGDAICKTAIEILMDMGVYGG LIREQKAYMIDYGGLVSPSGLSFVGHTHELFGEIPGAVVCKRVVLDKVIS RTAQSAGAELLENSPVTDAVFDSSTGLWTISIEGSDVKHMGRVLVCADGA PSRLAMQLGIVKGTPKCVCSRAYIKGGTHRFKEDGMVFYVPSILPGYVAL LRHIDDQLTYCTYILPGNPRATTKDLSYWHHRLLEEDPNISQAVGKNAEL EKMKAWDLRVGGEPVTYGNHVLVVGDAAGMIDPLTGEGIHHAMDGGRIAA HFLCEAIAVGNFDKEVMKEYQNRWLKAFGNDFRWSQAIGNFLYRYPIFID ATAAVAEKKGDRFLARWADIMAGRIPKISVLRPQFLLAVGFQALLLFYKK IFKGGYGKKTKIL

Seq. ID No: 527

>TrpHalo_4MSGKIDKILIVGGGTAGWMAASYLGKALQGTADITLLQAP DIPTLGVGEATIPNLQTAFFDFLGIPEDEWMRECNASYKVAIKFINWRTA GEGTSEARELDGGPDHFYHSFGLLKYHEQIPLSHYWFDRSYRGKTVEPFD YACYKEPVILDANRSPRRLDGSKVTNYAWHFDAHLVADFLRRFATEKLGV RHVEDRVEHVQRDANGNIESVRTATGRVFDADLFVDCSGFRGLLINKAME EPFLDMSDHLLNDSAVATQVPHDDDANGVEPFTSAIAMKSGWTWKIPMLG RFGTGYVYSSRFATEDEAVREFCEMWHLDPETQPLNRIRFRVGRNRRAWV GNCVSIGTSSCFVEPLESTGIYFVYAALYQLVKHFPDKSLNPVLTARFNR EIETMFDDTRDFIQAHFYFSPRTDTPFWRANKELRLADGMQEKIDMYRAG MAINAPASDDAQLYYGNFEEEFRNFWNNSNYYCVLAGLGLVPDAPSPRLA HMPQATESVDEVFGAVKDRQRNLLETLPSLHEFLRQQHGR

Seq. ID No: 528

>TrpHalo_5MDEIDDPRIRSVVIVGGGTAGWMTAAALVQHFRTAPLKIT VVESSDIGTIGVGEATIPTIRRFYGQLGLRDDDVMRATQATCKLGIRFLD WSGPGSDFIHPFGLYGQDVKGIGFHHYWLKQRRAGDAAPLAAYSLGAALA AGGKFTLPSPHPPSQLSVFDWALHLDAGLFAQHLRAYAEAGGCARIDARI RSVELRPEDGFVRALTLDDGREVEGDLFVDCSGFKGLVIGEALGVGFEDW GRWLPCDAAYAVQSENRPGDAPAPFTRVTARSAGWQWGIPLRHRAGNGLV FSSAHLSDDQALAELMPHLLGDPLTEPRRIPFRPGRRSQAWAKNCVAIGL SSGFLEPLESTSIALIETGIERLKALFPDRRFAQPILDEFNDQTAREMER VRDFIILHYKLNRRTDTDFWRDCREMPVPETLERKIALWTARGQFVRYRW EMFHPASWLAIYDGFGLYPDHHDPAVDAMDPAYLARSLAEMRANIADLVA RTPEHAQFLAGLDPAASAA

Seq. ID No: 529

>TrpHalo_6MIRSVVIVGGGTAGWMTASYLKAAFDDRIDVTLVESGNVR RIGVGEATFSTVRHFFDYLGLDEREWLPRCAGGYKLGIRFENWSEPGEYF YHPFERLRVVDGFNMAEWWLAVGDRRTSFSEACYLTHRLCEAKRAPRMLD GSLFASQVDESLGRSTLAEQRAQFPYAYHFDADEVARYLSEYAIARGVRH VVDDVQHVGQDERGWISGVHTKQHGEISGDLFVDCTGFRGLLINQTLGGR FQSFSDVLPNNRAVALRVPRENDEDMRPYTTATAMSAGWMWTIPLFKRDG NGYVYSDEFISPEEAERELRSTVAPGRDDLEANHIQMRIGRNERTWINNC VAVGLSAAFVEPLESTGIFFIQHAIEQLVKHFPGERWDPVLISAYNERMA HMVDGVKEFLVLHYKGAQREDTPYWKAAKTRAMPDGLARKLELSASHLLD EQTIYPYYHGFETYSWITMNLGLGIVPERPRPALLHMDPAPALAEFERLR REGDELIAALPSCYEYLASIQ

Seq. ID No: 530

>TrpHalo_7MLESIVVVGGGTSGWMTASYLSAAFGERISVTVVESARVG TIGVGEATFSTVRHFFEYLGLSEETWMPACNATYKLGIRFENWRAPGHHF YHPFERQRVVDGFTLPDWWLADGGATERFDKECFLVGTLCDTMRSPRHMD GALFEGDLTDRPAGRSTLAEQGTQFPYAYHFDAALLADFLRDYAVARGVL HVVDDVVHVARDERGWISHVATRGSGDLAGDLFVDCTGFRGLLINDALDE PFESYQDTLPNDSAVALRVPVDMEREGLRPCTTSTAQAAGWIWTIPLFGR VGTGYVYARDYCTPEEAERTLRRFVGPAADDLEANHIRMRIGRSRRSWVN NCVAVGLSSGFVEPLESTGIFFIQHAIEQLVKHFPDADWDPALRSAYNTL VNRCMDGVREFLVLHYYGAARADNEYWRDTKTRKIPDSLAERVEQWRTKL PHPESVYPHYHGFEAYSYVCMVLGLGGIPLKPSPALRMLDPSAAQREFRL LATQAEDLRRTLPSQYAYFAQFR

Seq. ID No: 531

>TrpHalo_8MNKPIKNIVIVGGGTAGWMAASYLVRALQQQANITLIESA AIPRIGVGEATIPSLQKVFFDFLGIPEREWMPQVNGAFKAAIKFVNWRKS PDPSRDDHFYHLFGNVPNCDGVPLTHYWLRKREQGFQQPMEYACYPQPGA LDGKLAPCLSDGTRQMSHAWHFDAHLVADFLKRWAVERGVNRVVDEVVDV RLNNRGYISNLLTKEGRTLEADLFIDCSGMRGLLINQALKEPFIDMSDYL LCDSAVASAVPNDDARDGVEPYTSSIAMNSGWTWKIPMLGRFGSGYVFSS HFTSRDQATADFLKLWGLSDNQPLNQIKFRVGRNKRAWVNNCVSIGLSSC FLEPLESTGIYFIYAALYQLVKHFPDTSFDPRLSDAFNAEIVHMFDDCRD FVQAHYFTTSRDDTPFWLANRHDLRLSDAIKEKVQRYKAGLPLTTTSFDD STYYETFDYEFKNFWLNGNYYCIFAGLGMLPDRSLPLLQHRPESIEKAEA MFASIRREAERLRTSLPTNYDYLRSLRDGDAGLSRGQRGPKLAAQESL

Seq. ID No: 532

>TrpM_1MSPVALSPKRVDIVDIRGNDMQYSLVNEIHKGLNPPNGTRRSL PTMLLYDSEGLKLFEKITYVDEYYLTNAEIEVLEKHSRRLVEKIPSNAQL LELGSGNLRKIEILLREFERVGKPVDYYALDLSLSELERTFSNVSLEEYK SVGFHGLHGTYDDAHTWLSDPKNRERPTVVLSMGSSLGNFSPPDAAAFLA GFATLLKPSDFMVIGLDACEDPDRVYKAYNDSAGITRKFYENGLANANKT LGHEVFRPDEWEVVTEYDAVNGRHQVFYVPTKDVSVGDVLLRRGEKIIFA EAFKYGCQAREKLWHDAGLIEAAEFGSGSEDYRTYI*

Seq. ID No: 533

>TrpM_10MLGPVPSPSPVPIPPGSRPGASPGLEATIPIIDIRSTAHSVT VAALEDGIRANVLSGFTKPYNEKELPNLLLYNEEGLRLFEQITYQPDYYL TRLEIDILSRHAHQIANSVPDGAILLELGAGALRKTALILDALEAQGKDV TYFALDLDKPELLRTLAEVKGRYTHVSLAGLWGTYDDGCTWLKQVKDRPR IILWLGSSVGNMSRKEAGQFIRTFGDILAPRDRFIVAIDSKNHKLNDIRA AYDDRAGVTRRFALNALGNINDLFNADVVDVSSFDYNPYYNEVQGRNEAY FRCLKDTQVRIPSETPILVHEGEYIRFAFSHKYDRVERQVLWTAAGAYPV QEWMSQDGDYALTMLSWSS*

Seq. ID No: 534

>TrpM_11MTYSIVDIRKTDTCLKNSIINGINQSTKSIPAIVLYDELGLQ YYEKVTYLKEYYLTEAEIDILKNKADQISDYIPEGSSLIELGSGALRKTR LLLDSIEKQKKKVIYYALDLMEGELKRTLSSLGKFQYVKLVGLWGVYEDG IDYASNLPGDSHKTILWMGSSIGNFNRDEAANFVKTIQDKAMNPGDLFLI GIDRRKNPDKITAAYNDPKGINAKFIMNGLNHVNAIFDQPIFDSNNFEHV TMYNDDVGRHEAYCKVKNDTTLEFKESKDNPKTIIKLNKNELINIGYSHK YNKAETDALFDFSLLSYMESWTDSQSLYDLHLVYKSPFHFTRKFDSHK*

Seq. ID No: 535

>TrpM_12MSKDVQVLDIRASPQSKGSIPNLRTAILDGLQKAPGMRTLPS EILYDDRGLKIYNDCIRSWSEWYYPISAETEILEINGKDIARVFSTSDRG EAVLIELGAGSLDKTSKILVSLSETVQNVSDSQPPITYYALDLERSELQR TLSELQKNIGEKIAGKIATKGMWGTYDDGIRSVENNELHLDAAVPVHFLF LGGTIGNFSKGEGDVTFLRNLPLNAQRGDTILLGIDREKSKEIIERAYNF PAAREWIMNGLNVSGHLLSGDKDLFQLDNWDRYAMYDEKLGRLEAGYRSK IDQIIEVTANYSIPFKKDESVMAIFSNKYTDDELNFLISKANLKTINSWV DHKALYYIFSLRKV*

Seq. ID No: 536

>TrpM_13MPRIQVLDIRGSKESVGSTPHLRAAILEGLLKPPGSRTLPSE TLYDEVGLKMYNDGMKAWAEWYYPVEAERQILERYGRDIAKLFTTSAKGK AVLIELGAGSLDKTSQVLLSAAEITRTTGPMNNIAYYALDLERGELERTI GRLQEVIGDQIAGKISTAGMWGTYDDGIRVIEKNELELEPDIPVHILFLG GTIGNFSKQDGDVAFLKSLPLDHKRGDTLLVGMDRHKSADAIERSYGFAA AKDWIMNGLKVSGRVLTGDEGLFEIGNWERYAKYNEELGRYEAGYKSQKE HALKISEGVDITFLKDEVVLVMFSNKYTDAEMDSVVDSAGLVKNGSWMDE KAQYCLLSLRANNGPV*

Seq. ID No: 537

>TrpM_14MSQIEVLDIRGSKEATGSTPHLRAEILQGLSKSPGHRTIPGE TLFDETGLKMYDEGMKTWRKWYYPFEAEKEILEVRGLEIAKLLKTSSKGE AVLIELGAGSLEKTSQILLSAAQIAETADNSTTNPITYYALDLEHRELER TLAALQDAIGPRIAGKITTKGMWGTYEDGIRVVERNDLKFPSDVPLHILF LGGTIGNFSKADGDIAFLKSLPLNRKRGDTLLLGVDRAKAVELIERAYGF AAATGWIMNGLKVSGRVLTGDEELFESGNWERYSKYNEELGRYEAGYKSR KDQTIKVAKDVDIVFSKDEVILVTYSNKYTDAEIKTVFDGAGLEIVESWM DKKAQYCLFLLKA*

Seq. ID No: 538

>TrpM_2MTLSLANYLAADSAAEALRRDVRTGLTATPKSLPPKWFYDAVG SDLFDQITRLPEYYPTRTEAQILRTRSAEIIAAAGADTLVELGSGTSEKT RMLLDAMRDADLLRRFIPFDVDAGVLRSAGAAIGAEYPGIEIDAVCGDFE EHLGKIPRVGRRLVVFLGSTIGNLTPQPRAEFLATLADTLQPGDSLLLGT DLVKDTGRLVRAYDDAAGVTAAFNRNVLAVVNRELSADFDLDAFEHIAKW NDDEERIEVWLRARTAQHVRIPALDLEIDFAAGEQMLTAVSCKFRPDSVA AELAEAGLRQTHWWTDPAGDFGLSLAVR*

Seq. ID No: 539

>TrpM_3MTLSLANYLAADSAAEALRRDVRAGLTAAPKSLPPKWFYDAVG SDLFDQITRLPEYYPTRTEAQILRTRSAEIIAAAGADTLVELGSGTSEKT RMLLDAMRDAELLRRFIPFDVDAGVLRSAGAAIGAEYPGIEIDAVCGDFE EHLGKIPHVGRRLVVFLGSTIGNLTPAPRAEFLSTLADTLQPGDSLLLGT DLVKDTGRLVRAYDDAAGVTAAFNRNVLAVVNRELSADFDLDAFEHVAKW NSDEERIEVWLRARTAQHVRVAALDLEVDFAAGEEMLTAVSCKFRPENVV AELAEAGLRQTHWWTDPAGDFGLSLAVR*

Seq. ID No: 540

>TrpM_4MRVSGANHLGEDAGHLALRRDVYSGLQKTPKSLPPKWFYDTVG SELFDQITRLPEYYPTRAEAEILRARSAEVASACRADTLVELGSGTSEKT RMLLDALRHRGSLRRFVPFDVDASVLSATATAIQREYSGVEINAVCGDFE EHLTEIPRGGRRLFVFLGSTIGNLTPGPRAQFLTALAGVMRPGDSLLLGT DLVKDAARLVRAYDDPGGVTAQFNRNVLAVINRELEADFDVDAFQHVARW NSAEERIEVWLRADGRQRVRVGALDLTVDFDAGEEMLTAVSCKFRPQAVG AELAAAGLHRIRWWTDEAGDFGLSLAAK*

Seq. ID No: 541

>TrpM_5MTLTLSNYLAADSAATALRRDVHEGLTQSPKMLPPKWFYDSVG SDLFDQITRLPEYYPTRTEAQILTHRSPEIVAAAGADTLVELGSGTSEKT RMLLDAMRDGGQLRRFIPFDVDAGVLRAAGAAIGQEYPGIEIDAVCGDFE EHLGKIPAVGRRLVAFLGSTIGNLTPGPRADFLASLAETLQPGDSVLLGT DLVKDTGRLVSAYDDSAGVTAAFNRNVLSVVNRELDADFDLDAFAHVAKW NAEEERIEVWLRADAPQQVRIAGLDLDVAFGAGEEMLTAVSCKFRADGVA DELAKAGLRQTHWWTDEAGDFGLSLAVK*

Seq. ID No: 542

>TrpM_6MLEATSTQNLVSFQIPIVDIRTPSCLEETIRKKVVSGLARPYN KKSIPDLLLYNETGLRLFEDLTYQPDYYLTGLEIEILSKHSLQIADSIPV GSLIMELGAGALRKTALILDALEAQKKEVAYLALDLDRPELVRTLGQLNG KYTHVKLGGLWGTYDDGRRWLSENTSDSPRTILWLGSSIGNVKRDDAGDF IRSFGDVLSSKDRFVVAIDSRYHEVDTICRAYNDREGFAERFCLNGIDSF NQLFGRAIIDISCAKYRTVYNEVKGRHEVYYRCTHDFEIRLPGDYPPTFL YEGELILLAHSYKYAAVERETLWLRAGARPEKEWMTDGSYTVTMLSWP*

Seq. ID No: 543

>TrpM_7MSPSTVNKIASSPVFDIRSDETKGFAKAPIEDELAGLQAVYNE KTLPNVLLYDAKGLQLFEKITYTNDYYLTGLEMDLLGEHADEMAEWIKDG AALVELGAGALRKTAILLDAIERQGKRITFYALDLDHSELTRTLAELEGR YRHITLCGLWGTYDDGRAWLASTNEEQRVLLWLGSSIGNLSRQEAKDFLH SFGRALRPGIDKFIVAMDSKYNAVSSMTRAYNDSEGVTASFALNLLDAFN AKVGFKALPPSSFCYSPFFNQAQGRNEAYLRARHGVRFEVNGIAVEVRDE ELIRFAYSHKYDNAERDLLWRAAEANVEQEWLHSPQSGRARYSISLLSFR D*

Seq. ID No: 544

>TrpM_8MTLSLSNHLPANSAARVLRRDVLDGLTQTPKALPPKWFYDSVG SDLFDQITRLPEYYPTRTEAQILRTRSAEIAEASGADTLVELGSGTSEKT RMLLDALRDNGTLRRFIPFDVDAGVLNAAGAAIQKEYPGVEVDAVCGDFE EHLGEIPRVGRRLIAFLGSTIGNLTPQPRARFLTALAQTMRPGDSLLLGT DLVKDTERLVRAYDDSAGVTARFNRNVLAVINRELDADFDLAAFDHVARF NAAEERIEVWLRARGAQRVYVRELDLTVDFADGEEMLTAVSCKFRPDGVA AELAAAGLRRTHWWTDPAGDFGLSLSTK*

Seq. ID No: 545

>TrpM_9MTISIANYLAADSAATALRRDVREGLAGTPKSLPPKWFYDSVG SDLFDQITRLPEYYPTRAEAQILRTHAVDVAAASGADTLVELGSGTSEKT RLLLDALHRADSLRRFIPFDVDASILQSAGAAISQEYPDVEIEAVCGDFE EHLGKIPLQGRRLVVFLGSTIGNLTSGPRATFLSALADSLQPGDTLLLGT DLVKDVDRLKRAYDDAAGVTARFNKNVLTVVNRELGADFDLDAFEHVCKW NADEERIEVWLRANTLQRVHISGLELDVEYAAGEEMLTAVSCKFRPEGIA AELAAVGLNRTHWWTDDAGDFGLSLAVK*

Seq. ID No: 546

>TrpS_1MTTLLNPYFGEFGGMYVPQILMPALNQLEEAFVSAQKDPEFQA QFADLLKNYAGRPTALTKCQNITAGTRTTLYLKREDLLHGGAHKTNQVLG QALLAKRMGKSEIIAETGAGQHGVASALASALLGLKCRIYMGAKDVERQS PNVFRMRLMGAEVIPVHSGSATVKDACNEALRDWSGSYETAHYMLGTAAG PHPYPTIVREFQRMIGEETKAQILDKEGRLPDAVIACVGGGSNAIGMFAD FINDTSVGLIGVEPGGHGIETGEHGAPLKHGRVGIYFGMKAPMMQTADGQ IEESYSISAGLDFPSVGPQHAYLNSIGRADYVSITDDEALEAFKTLCRHE GIIPALESSHALAHALKMMREQPEKEQLLVVNLSGRGDKDIFTVHDILKA RGEI

Seq. ID No: 547

>TrpS_2MWFGEFGGQYVLETLIGPLKELEKAYKRFKDDEEFNRQLNYYL KTWAGRPTPLYYAKRLTEKIGGAKVYLKREDLVHGGAHKTNNAIGQALLA KFMGKTRLIAETGAGQHGVATAMAGALLGMKVDIYMGAEDVERQKMNVFR MKLLGANVIPVNSGSRTLKDAINEALRDWVATFEYTHYLIGSVVGPHPYP TIVRDFQSVIGREAKAQILEAEGQLPDVIVACVGGGSNAMGIFYPFVNDK KVKLVGVEAGGKGLESGKHSASLNAGQVGVSHGMLSYFLQDEEGQIKPSH SIAPGLDYPGVGPEHAYLKKIQRAEYVAVTDEEALKAFHELSRTEGIIPA LESAHAVAYAMKLAKEMSRDEIIIVNLSGRGDKDLDIVLKVSGNV

Seq. ID No: 548

>affibody_tag_1MVDNKFNKETIQASQEIRLLPNLNGRQKLAFIHSL LDDPSQSANLLAEAKKLNDAQAPKNAAIRSSSASSGGSGGSSSS

Seq. ID No: 549

>affibody_tag_2NAAIRSSSASSGGSGGSSSSVDNKFNKETIQASQE IRLLPNLNGRQKLAFIHSLLDDPSQSANLLAEAKKLNDAQAPK

Seq. ID No: 550

>affibody_tag_3NAAIRSSSASSGGSGGSSSSGVDNKFNKELGWATW EIFNLPNLNGVQVKAFIDSLRDDPSQSANLLAEAKKLNDAQAPK

Seq. ID No: 551

>affibody_tag_4MVDNKFNKELGWATWEIFNLPNLNGVQVKAFIDSL RDDPSQSANLLAEAKKLNDAQAPKGNAAIRSSSASSGGSGGSSSS

Seq. ID No: 552

>affibody_tag_5MVDNKFNKEMRNAYWEIALLPNLNNQQKRAFIRSL YDDPSQSANLLAEAKKLNDAQAPKSSNAAIRSSSASSGGSGGSSSS

Seq. ID No: 553

>affibody_tag_6NAAIRSSSASSGGSGGSSSSGVDNKFNKEMRNAYW EIALLPNLNNQQKRAFIRSLYDDPSQSANLLAEAKKLNDAQAPK

Seq. ID No: 554

>cofold_1MKIEEGKLVIWINGDKGYNGLAEVGKKFEKDTGIKVTVEHP DKLEEKFPQVAATGDGPDIIFWAHDRFGGYAQSGLLAEITPDKAFQDKLY PFTWDAVRYNGKLIAYPIAVEALSLIYNKDLLPNPPKTWEEIPALDKELK AKGKSALMFNLQEPYFTWPLIAADGGYAFKYENGKYDIKDVGVDNAGAKA GLTFLVDLIKNKHMNADTDYSIAEAAFNKGETAMTINGPWAWSNIDTSKV NYGVTVLPTFKGQPSKPFVGVLSAGINAASPNKELAKEFLENYLLTDEGL EAVNKDKPLGAVALKSYEEELAKDPRIAATMENAQKGEIMPNIPQMSAFW YAVRTAVINAASGRQTVDEALKDAQTNSSSNNNNNNNNNNLGIEGR

Seq. ID No: 555

>cofold_2MVSKGEELFTGVVPILVELDGDVNGHKFSVSGEGEGDATYG KLTLKLICTTGKLPVPWPTLVTTLGYGLQCFARYPDHMKQHDFFKSAMPE GYVQERTIFFKDDGNYKTRAEVKFEGDTLVNRIELKGIDFKEDGNILGHK LEYNYNSHNVYITADKQKNGIKANFKIRHNIEDGGVQLADHYQQNTPIGD GPVLLPDNHYLSYQSALSKDPNEKRDHMVLLEFVTAAGITLGMDELYK

Seq. ID No: 556

>cofold_3MAMFCTFFEKHHRKWDILLEKSTGVMEAMKVTSEEKEQLST AIDRMNEGLDAFIQLYNESEIDEPLIQLDDDTAELMKQARDMYGQEKLNE KLNTIIKQILSISVSEEGEKEGSGSG

Seq. ID No: 557

>cofold_4MYLLGIGLILALIACKQNVSSLDEKNSVSVDLPGEMKVLVS KEKNKDGKYDLIATVDKLELKGTSDKNNGSGVLEGVKADKSKVKLTISDD GSG

Seq. ID No: 558

>cofold_5MADRDRSGIYGGAHATYGQQQQQGGGGRPMGEQVKGMLHDK GPTASQALTVATLFPLGGLLLVLSGLALTASVVGLAVATPVFLIFSPVLV PAALLIGTAVMGFLTSGALGLGGLSSLTCLANTARQAFQRTPDYVEEAHR RMAEAAAHAGHKTAQAGQAIQGRAQEAGAGGGAG

Seq. ID No: 559

>oxidase_1MKILILGIFLFLCSTPAWAKEKHYYIGIIETTWDYASDHG EKKLISVDTEHSNIYLQNGPDRIGRLYKKALYLQYTDETFRTTIEKPVWL GFLGPIIKAETGDKVYVHLKNLASRPYTFHSHGITYYKEHEGAIYPDNTT DFQRADDKVYPGEQYTYMLLATEEQSPGEGDGNCVTRIYHSHIDAPKDIA SGLIGPLIICKKDSLDKEKEKHIDREFVVMFSVVDENFSWYLEDNIKTYC SEPEKVDKDNEDFQESNRMYSVNGYTFGSLPGLSMCAEDRVKWYLFGMGN EVDVHAAFFHGQALTNKNYRIDTINLFPATLFDAYMVAQNPGEWMLSCQN LNHLKAGLQAFFQVQECNKSSSKDNIRGKHVRHYYIAAEEIIWNYAPSGI DIFTKENLTAPGSDSAVFFEQGTTRIGGSYKKLVYREYTDASFTNRKERG PEEEHLGILGPVIWAEVGDTIRVTFHNKGAYPLSIEPIGVRFNKNNEGTY YSPNYNPQSRSVPPSASHVAPTETFTYEWTVPKEVGPTNADPVCLAKMYY SAVDPTKDIFTGLIGPMKICKKGSLHANGRQKDVDKEFYLFPTVFDENES LLLEDNIRMFTTAPDQVDKEDEDFQESNKMHSMNGFMYGNQPGLTMCKGD SVVWYLFSAGNEADVHGIYFSGNTYLWRGERRDTANLFPQTSLTLHMWPD TEGTFNVECLTTDHYTGGMKQKYTVNQCRRQSEDSTFYLGERTYYIAAVE VEWDYSPQREWEKELHHLQEQNVSNAFLDKGEFYIGSKYKKVVYRQYTDS TFRVPVERKAEEEHLGILGPQLHADVGDKVKIIFKNMATRPYSIHAHGVQ TESSTVTPTLPGETLTYVWKIPERSGAGTEDSACIPWAYYSTVDQVKDLY SGLIGPLIVCRRPYLKVFNPRRKLEFALLFLVFDENESWYLDDNIKTYSD HPEKVNKDDEEFIESNKMHAINGRMFGNLQGLTMHVGDEVNWYLMGMGNE IDLHTVHFHGHSFQYKHRGVYSSDVFDIFPGTYQTLEMFPRTPGIWLLHC HVTDHIHAGMETTYTVLQNEDTKSG

Seq. ID No: 560

>oxidase_2MGLNSAIPSLAILALSVGSYAAIGPVSDLHIVNKDLAPDG VQRPTVLAGGTFPGTLITGQKGDNFQLNVIDDLTDDRMLTPTSIHWHGFF QKGTAWADGPAFVTQCPIIADNSFLYDFDVPDQAGTFWYHSHLSTQYCDG LRGAFVVYDPNDPHKDLYDVDDESTVITLADWYHVLAQTVVGAATPDSTL INGLGRSQTGPADAELAVISVEHNKRYRFRLVSISCDPNFTFSIDGHNMT VIEVDGVNTRPLTVDSIQIFAGQRYSFVLNANQPDDNYWIRAMPNIGRNT TTLDGKNAAILRYKNASVEEPKTVGGPAQSPLNEADLRPLVPAPVPGNAV PGGADINHRLNLTFSNGLFSINNASFTNPSVPALLQILSGAQNAQDLLPT GSYIGLELGKVVELVIPPLAVGGPHPFHLHGHNFWVVRSAGSDEYNFDDA ILRDVVSIGAGTDEVTIRFVTDNPGPWFLHCHIDWHLEAGLAIVFAEGIN QTAAANPTPQAWDELCPKYNGLSASQKVKPKKGTAI

Seq. ID No: 561

>oxidase_3MSRFQSLLSFVLVSLAAVANAAIGPVADLTLTNAAVSPDG FSREAVVVNGITPAPLIAGQKGDRFQLNVIDNLTNHTMLKTTSIHWHGFF QHGTNWADGVSFVNQCPIASGHSFLYDFQVPDQAGTFWYHSHLSTQYCDG LRGPFVVYDPNDPQASLYDIDNDDTVITLADWYHVAAKLGPRFPLGADAT LINGLGRSPGTTTADLAVIKVTQGKRYRFRLVSLSCDPNHTFSIDGHTMT VIEADSVNTQPLEVDSIQIFAAQRYSFVLDASQPVDNYWIRANPAFGNVG FAGGINSAILRYDGAPEVEPTTTQTTSTKPLNEADLHPLTPMPVPGRPEA GGVDKPLNMVFNFNGTNFFINNHSFVPPSVPVLLQILSGAQAAQDLVPDG SVYVLPSNSSIEISFPATANAPGTPHPFHLHGHTFAVVRSAGSSEYNYDN PIFRDVVSTGQPGDNVTIRFQTNNPGPWFLHCHIDFHLEAGFAVVLAEDT PDTAAVNPVPQSWSDLCPIYDALDPSDL

Seq. ID No: 562

>oxidase_4MKFLLLSALLFLHSSLAWTREKHYYIGITEAVWDYASGSE EKELISVDTEQSNFYLRNGPDRIGRKYKKALYSEYTDGTFTKTIDKPAWL GFLGPVIKAEVGDKVSVHVKNFASRPYTFHAHGVTYTKANEGAIYPDNTT DFQRADDKLFPGQQYLYVLRANEPSPGEGDSNCVTRIYHSHVDAPKDIAS GLIGPLILCKKGSLHKEKEENIDQEFVLMFSVVDENLSWYLEDNIKTFCS EPEKVDKDNEDFQESNRMYSINGYTFGSLPGLSMCAEDRVKWYLFGMGNE VDVHSELFHGQALTSKNYHTDIINLFPATLIDVSMVAQNPGVWMLSCQNL NHLKAGLQAFFQVRDCNKPSPDDDIQDRHVRHYYIAAEETIWDYAPSGTD TFTGENFTSLGSDSRVFFEQGATRIGGSYKKLVYREYTDDSFTNRKERGP DEEHLGILGPVIWAEVGDIIRVTFHNKGQFPLSIQPMGVRFTKENEGTYY GPDGRSSKQASHVAPKETFTYEWTVPKEMGPTYADPVCLSKMYYSGVDLT KDIFTGLIGPMKICKKGSLLADGRQKDVDKEFYLFATVFDENESLLLDDN IRMFTTAPENVDKEDEDFQESNKMHSMNGFMYGNLPGLNMCLGESIVWYL FSAGNEADVHGIYFSGNTYLSKGERRDTANLFPHKSLTLLMTPDTEGSFD VECLTTDHYTGGMKQKYTVNQCKGQFEDVTLYQGERTYYIAAVEVEWDYS PSRDWEMELHHLQEQNVSNAFLDKEEFFIGSKYKKVVYREFTDSTFREQV KRRAEEEHLGMLGPLIHADVGAKVKVVFKNMATRPYSIHAHGVKTKSSTV APTLPGEVRTYIWQIPERSGAGTEDSPCIPWAYYSTVDRVKDLYSGLIGP LIVCRKSYVKVFNPKKKMEFSLLFLVFDENESWYLDDNINTYPDHPEKDN KDNEEFIESNKMHAINGKMFGNLQGLTMHVGDEVNWYVMAMGNEIDLHTV HFHGHSFQYKHRGIHSSDVFDFFPGTYQTLEMFPQTPGTWLLHCHVTDHI HAGMVTTYTVLPNQETKSG

Seq. ID No: 563

>oxidase_5MNFVTALPLIAQLIGTARAAIGPVTNLLVKNADIPPDGFT RAAVVANNQFPGPVIRATKGDTLSLNVVNQLTDATMLMGTSIHWHGFHQK GTSWADGVVGVTQCPIAPGHSFLYQFPTANQAGTFWYHSHYSTQYCDGLR GALIVYDPTDPYRTWYDIDDESTIITLADWYHKAAPLQTLRTAKEDSVLI NGQGRVPGDKTTDSTPLSVINIIPQKRYRFRLISISCDPAFSFSIDGHSM TVIEADSQSVQPLTVNEITIFAGQRYSFILYANNPVGNYWIRSQPTYPDD GIQGYAGGINSAILRYSGAPAVNPTTKKASITIPLVEADLRPLYSPAAPG LPSPGAADVNIKLDISYNSPSETFFVNNSTFPEVPVPVLLQILSGAQSAN DLLPAGSVYTLPPNKVIEISMPGGRPGSPHPMHLHGHDFSVVRSAGSNRY NYANPVRRDVVNIGMEDTDNVTIRFRVCSHTYLSLHCHIDFHLEDGQSGT LVPPLPHRLPPRGRIRCRLHRGILVRGRLGPDLQ

Seq. ID No: 564

>phosphatase_1MQGPWVLLLLGLRLQLSLGIIPVEEENPDFWNRQAA EALGAAKKLQPAQTAAKNLIIFLGDGMGVSTVTAARILKGQKKDKLGPET FLAMDRFPYVALSKTYSVDKHVPDSGATATAYLCGVKGNFQTIGLSAAAR FNQCNTTRGNEVISVMNRAKKAGKSVGVVTTTRVQHASPAGAYAHTVNRN WYSDADVPASARQEGCQDIATQLISNMDIDVILGGGRKYMFPMGTPDPEY PDDYSQGGTRLDGKNLVQEWLAKHQGARYVWNRTELLQASLDPSVTHLMG LFEPGDMKYEIHRDSTLDPSLMEMTEAALLLLSRNPRGFFLFVEGGRIDH GHHESRAYRALTETIMFDDAIERAGQLTSEEDTLSLVTADHSHVFSFGGY PLRGSSIFGLAPGKARDRKAYTVLLYGNGPGYVLKDGARPDVTESESGSP EYRQQSAVPLDGETHAGEDVAVFARGPQAHLVHGVQEQTFIAHVMAFAAC LEPYTACDLAPRAGTTDAAHPGPSVVPALLPLLAGTLLLLGTATAP

Seq. ID No: 565

>phosphatase_2MQGACVLLLLGLHLQLSLGLVPVEEEDPAFWNRQAA QALDVAKKLQPIQTAAKNVILFLGDGMGVPTVTATRILKGQMNGKLGPET PLAMDQFPYVALSKTYNVDRQVPDSAGTATAYLCGVKGNYRTIGVSAAAR YNQCKTTRGNEVTSVMNRAKKAGKSVGVVTTTRVQHASPAGAYAHTVNRN WYSDADLPADAQMNGCQDIAAQLVNNMDIDVILGGGRKYMFPVGTPDPEY PDDASVNGVRKRKQNLVQAWQAKHQGAQYVWNRTALLQAADDSSVTHLMG LFEPADMKYNVQQDHTKDPTLQEMTEVALRVVSRNPRGFYLFVEGGRIDH GHHDDKAYMALTEAGMFDNAIAKANELTSELDTLILVTADHSHVFSFGGY TLRGTSIFGLAPSKALDSKSYTSILYGNGPGYALGGGSRPDVNDSTSEDP SYQQQAAVPQASETHGGEDVAVFARGPQAHLVHGVEEETFVAHIMAFAGC VEPYTDCNLPAPTTATSIPDAAHLAASPPPLALLAGAMLLLLAPTLY

Seq. ID No: 566

>phosphatase_3MQGPWVLLLLGLRLQLSLGVIPAEEENPAFWNRQAA EALDAAKKLQPIQKVAKNLILFLGDGLGVPTVTATRILKGQKNGKLGPET PLAMDRFPYLALSKTYNVDRQVPDSAATATAYLCGVKANFQTIGLSAAAR FNQCNTTRGNEVISVMNRAKQAGKSVGVVTTTRVQHASPAGTYAHTVNRN WYSDADMPASARQEGCQDIATQLISNMDIDVILGGGRKYMFPMGTPDPEY PADASQNGIRLDGKNLVQEWLAKHQGAWYVWNRTELMQASLDQSVTHLMG LFEPGDTKYEIHRDPTLDPSLMEMTEAALRLLSRNPRGFYLFVEGGRIDH GHHEGVAYQALTEAVMFDDAIERAGQLTSEEDTLTLVTADHSHVFSFGGY TLRGSSIFGLAPSKAQDSKAYTSILYGNGPGYVFNSGVRPDVNESESGSP DYQQQAAVPLSSETHGGEDVAVFARGPQAHLVHGVQEQSFVAHVMAFAAC LEPYTACDLAPPACTTDAAHPVAASLPLLAGTLLLLGASAAP

Seq. ID No: 567

>phosphatase_4MQGAWVLLLLGFRLQLSLSVIPVEEENPAFWTQKAA DALNVAKKLQPIQTSAKNLIIFLGDGMGVATVTATRILKGQLEGNLGPET PLAMDHFPYMALSKTYSVDRQVPDSASTATAYLCGVKTNYKTIGVSAAAR FDQCNTTFGNEVLSVMYRAKKAGKSVGVGDHTRVQHASPAGTYVHTVTSN WYGDADMPALPLQEGCKDIATQLISNMDINVILGGGRKYMFPAGTPDPEY PNDVNETGTRLDGKNLVQEWLSKHQGSQYVWNRQELIQKSLDPSVTYLMG LFEPVDTKFEIQRDPLMDPSLKDMTEAALHVLSRNPKGFYLFVEGGRIDR GHHLGTAYLALTEAVMFDSAIERASLQASEQDTLTIVTADHSHVFSFGGY TLRGTSIFGLAPLNALDGKPYTSILYGNGPGYVGTGERPNVTDAESHDPS YQQQAAVPVKSETTVGKDVAIFARGPQAHLLHGVQEQNYIAHVMAFAGCL EPYTDCGLAPPADENRPTTPVQNSTTTTTTTTTTTTTTTTTRVQNSASSL GPATAPLAWHYWPRR

Seq. ID No: 568

>phosphatase_5MSGSSVTGGGASLPAELYKGSADSILPANFSYAVTG SGTGKNAFLTNNSSLFGTTGTVHYAGSDSVLSGSELTTYNSNYNGTYGPL IQIPSVATSVTVPYRKDGNTTLNLTSAQLCDAFSGAKTTWGQLLGTTDST PIRIVYRTGSSGTTELFTRHLNSICPTRFATNSTFTNARLPAGGTLPSNW VGVAATSTVVSTVKATNGSLGYVSPDAVNINSNAEVSRVNGNLPTQANVS TALGSVAPPANAADRADPSKWVPVFTNPSAGYSIVGYTNFVFGQCYKDAS VSTDVRAFINKHYGGTTTNAAVAAHGFIPLTPAWKSAIVSAFYTGTSENL AIGNTNVCNTKGRP

Seq. ID No: 569

>phosphatase_6MNFVTALPLIAQLIGTARAAIGPVTNLLVKNADIPP DGFTRAAVVANNQFPGPLITGNQGINFQINVVARLNNECSSRPLWYHWHG FFQKGTNWADGPAFVNQCPISTGNSFLYDFTAADQAGTFWYHSHLSTQYC DGLRGPMVVYDPNDPHASLYDVDDESTVITLSDWYHTAARLGSAFPLGPD SVLINGLGRFAGGDGNAELAVIPVTQGKRYRFRLISLSCDPNFVFSIDKH NMTVIEADAVSHEPVTVDSIHIYAGQRYSFVLSAHRDIDNYWIRALPSGG TVNFVGGVNSALIRYDGAAEVEPVTNTTMSIAPLVETDLVPLDSPAAPGE ASIGGVDYALSLVPSFVSRTLFCVRSIADDLRLRTGRTILSGSTELPSSH PPCRVYTLPSNATIELSFPITATNAPGAPHPFHLHGHVFSVVRSAGSSEY NYANPPRRDVVNTGTAGDNVTIRFRVCSHTYLSLHCHIDFHLEDGQSGTL VPPLPHRLPPRGRIRCRLHRGILVRGRLGPDLQ

Seq. ID No: 570

>scaffoldGGASASGVDNKFNKERVIAIGEIMRLPNLNSLQVVAFINSL RDDPSQSANLLAEAKKLNDAQAPKGGSSASSAGGSSVDNKFNKEAQTAGV EIMELPNLNTRQLLAFIQSLRDDPSQSANLLAEAKKLNDAQAPKTSGGSS ASSAGGSSVDNKFNKERRMAAYEIIDLPNLNWFQLEAFITSLSDDPSQSA NLLAEAKKLNDAQAPKGSGSNAAIRSSGSGSVDNKFNKERVIAIGEIMRL PNLNSLQVVAFINSLRDDPSQSANLLAEAKKLNDAQAPKGGSSASSAGGS SVDNKFNKEAQTAGVEIMELPNLNTRQLLAFIQSLRDDPSQSANLLAEAK KLNDAQAPKTSGSGSANAAIRSAGSGSVDNKFNKERRMAAYEIIDLPNLN WFQLEAFITSLSDDPSQSANLLAEAKKLNDAQAPKGSGASGSGAGGSSVD NKFNKERVIAIGEIMRLPNLNSLQVVAFINSLRDDPSQSANLLAEAKKLN DAQAPKGSGASGSGAGGSSVDNKFNKEAQTAGVEIMELPNLNTRQLLAFI QSLRDDPSQSANLLAEAKKLNDAQAPKTSGSGSANAAIRSAGSGSVDNKF NKERRMAAYEIIDLPNLNWFQLEAFITSLSDDPSQSANLLAEAKKLNDAQ APK

Seq. ID No: 571

>sec_1MQLLRCFSIFSVIASVLAQELTTICEQIPSPTLESTPYSLSTTT ILANGK

Seq. ID No: 572

>sec_2MLSLKTLLCTLLTVSSVLATPVPARDPSSIQFVHEENKKRYYDY DHGSLGE

Seq. ID No: 573

>sec_3MKLQSLLVSAAVLTSLTENVNAWSPNNSYVPANVTCDDDINLVR EASGLSDNETEWLKKRDAYTKE

Seq. ID No: 574

>sec_4MEGVSLEKREAEA

Seq. ID No: 575

>sec_5MKKTAIAIAVALAGFATVAQA

Seq. ID No: 576

>vac_1MFSLKALLPLALLLVSANQVAAKVHKAKIYKHELS

Seq. ID No: 577

>vac_2MTKNFIVTLKKNTPDVEAKKFLDSVHHAGGSIVHKFDIIKGYTI KVPDVLHLNKLKEKHNDVIENVEEDKEVHTN

Seq. ID No: 578

>vac_3MEEQREILEQLKKTLQMLTVEPSKNNQIANEEKEKKENENSWCI LEHNYEDIAQEFIDFIYKNPTTYHVVSFFAELLDKHNFKYLSEKSNWQDS IGEDGG 

What is claimed is:
 1. A non-naturally occurring nucleic acid comprising a sequence encoding an enzyme or regulatory protein in tryptamine metabolism, wherein the enzyme or regulatory protein is an N-methyltransferase (INMT, PsiM, TrpM), a tryptophan decarboxylase (AADC), a tryptophan hydroxylase (TPH), a tryptamine 4′ hydroxylase (T4H), a tryptamine 5′ hydroxylase (T5H), a truncated cytochrome p450 reductase (T4H-CPR, T5H-CPR), an hydroxytryptamine O-methyltransferase (IOMT or CaffOMT), an N-acetyltransferase (NAT), a deacetylase (DAC), a hydroxyl tryptamine kinase (PsiK), a tryptophan synthase (TrpS), a toluene monooxygenase (TMO), an aminotransferase/methyltransferase fusion (ATMT), a phosphatase, an oxidase, a dimethylallyltryptophan synthase (DMATS), an isopentenyl-diphosphate isomerase (IDI1), a tryptophan halogenase (TrpHalo), an aspartate oxidase/quinolinic acid synthase fusion (AOQS), a tryptophan importer (TAT2), a methionine importer (MUP1), or a SAMe importer (SAM3).
 2. The nucleic acid of claim 1, encoding a methyltransferase or hydroxylase, wherein the methyltransferase or hydroxylase is a tryptamine N-methyltransferase (INMT), a hydroxytryptamine O-methyltransferase (IOMT), a tryptamine 5′ hydroxylase (T5H) or a tryptophan N-methyltransferase (TrpM). 3-5. (canceled)
 6. The nucleic acid of claim 1, wherein the sequence is codon-optimized for yeast expression.
 7. (canceled)
 8. The nucleic acid of claim 1, having a 5′ end, further comprising additional nucleotides at the 5′ end that encode a codon optimized cofolding peptide.
 9. The nucleic acid of claim 8, wherein the codon optimized cofolding peptide comprises an amino acid sequence of any one of SEQ ID NO:554-558.
 10. The nucleic acid of claim 9, wherein the codon optimized cofolding peptide is encoded by any one of SEQ ID NOs:265-269.
 11. (canceled)
 12. The nucleic acid of claim 1, comprising the sequence of any one of SEQ ID NOs:1-289.
 13. The nucleic acid of claim 1, further comprising a promoter functional in a yeast.
 14. (canceled)
 15. A yeast expression cassette comprising the nucleic acid of claim
 13. 16. (canceled)
 17. A recombinant microorganism yeast comprising the expression cassette of claim 15, that expresses the enzyme or regulatory protein encoded therein. 18-21. (canceled)
 22. A non-naturally occurring enzyme or regulatory protein comprising an amino acid sequence encoded by the nucleic acid of claim
 1. 23-27. (canceled)
 28. The recombinant yeast of claim 17, expressing INMT, wherein the recombinant microorganism produces at least one hydroxy substituted tryptophan compound.
 29. The recombinant microorganism yeast of claim 28, wherein the at least one hydroxy substituted tryptophan compound is 5-OH-NMTP, 5-OH-DMTP or 5-OH-TMTP.
 30. The recombinant yeast of claim 17, expressing INMT, wherein the recombinant microorganism produces at least one hydroxy substituted tryptamine compound.
 31. The recombinant microorganism yeast of claim 30, wherein the at least one hydroxy substituted tryptamine compound is bufotenine, 5-OH-NMT, or 5-OH-TMT.
 32. The recombinant yeast of claim 17, expressing INMT, wherein the recombinant microorganism produces at least one methoxy substituted tryptamine compound.
 33. The recombinant microorganism yeast of claim 32, wherein the at least one methoxy substituted tryptamine compound is 5-MeO-NMT, 5-MeO-DMT, or 5-MeO-TMT.
 34. The recombinant yeast of claim 17, expressing IOMT, wherein the recombinant microorganism methylates the primary amine on the 5-hydroxy moiety on an indole ring.
 35. The recombinant microorganism yeast of claim 34, wherein the microorganism acts on (a) bufotenine to create 5-MeO-DMT, or (b) N-acetylserotonin to create melatonin.
 36. The recombinant yeast of claim 17, expressing T5H, wherein the recombinant microorganism hydroxylates at the 5′ position of an indole ring. 37-111. (canceled) 